Bringing together marine biodiversity, environmental and maritime boundaries data in R

Salvador Fernandez, Laura Marquez

May 30 2022

Bringing together marine biodiversity, environmental and maritime boundaries data in R

Salvador Fernandez, Laura Marquez, Lotte Pohl

May 30th 2022

Many more workshops! Discover here

  • June 9, 9:30 - 16:30 (register here)
    Linking occurrence data with environmental variables from the ecotopes

  • June 29, 09:00 - 17:00 (register here)
    Explore GBIF from the Cloud

  • September 27, 09:30 - 16:30 (register here)
    Research Data Management workshop: Hands-on introductions to research data management and publication

The Story

The Story

The Story

The Story

The Story

Who we are

The Species





What we will learn

  1. Standardize your data

  2. Retrieve more data to include in analysis later on

  3. Get environmental data

  4. Combine it all into 1 dataset

Exercises


Timeline (13:30 - 16:30)

  1. Introduction (13:30 - 14:00)

  2. Exercise 1 (14:00 - 14:45)

  3. Break (14:45 - 15:00)

  4. Exercise 2 (15:00 - 15:30)

  5. Exercise 3 (15:30 - 15:45)

  6. Break (15:45 - 16:00)

  7. Exercise 4 (16:30 - 16:15)

  8. Close-off (16:15 - 16:30)

House Rules

  • Open the slides https://vlizbe.github.io/ebr-2022-data-combine
  • Open your RStudio project
  • Make sure your environment (renv) is set up beforehand (link to tutorial)
  • Let’s code!
  • You can share your code (_GjzTbeK4x4_tgcJLg/B1yOPbWD9) or discuss with others in the breakout room
  • Revision of each exercise
  • Any question you can drop it in the chat

Exercise 1: standardize

Use your own data!

Dataset example: Belgian LifeWatch Observatory data

Access in R with lwdataexplorer

Dataset example: Belgian LifeWatch Observatory data

library(lwdataexplorer)

zoo <- getZooscanData("2021-01-01", "2022-01-01")

head(zoo)
Tripaction Fraction Time Station ActionType Longitude Latitude Taxon Count VolumeC VolumeE Density
113993 16 2021-05-19 03:56:00 W09 Planktonnet WP2 2.7004 51.7485 Cirripeda_naup 2 41.7264 36.2860 3.0054
113928 8 2021-05-18 07:46:42 700 Planktonnet WP2 3.2209 51.3770 Cirripeda_naup 5 11.1359 12.6057 14.0765
114426 32 2021-06-29 13:00:09 215 Planktonnet WP2 2.6126 51.2765 Cirripeda_naup 8 28.6511 27.0691 35.0153
113917 64 2021-05-18 05:30:06 130 Planktonnet WP2 2.9049 51.2711 Cirripeda_naup 4 11.0440 12.6363 90.8393
114365 64 2021-06-29 08:17:21 700 Planktonnet WP2 3.2210 51.3771 Cirripeda_naup 1 10.9828 12.6057 22.8364
114554 256 2021-07-27 07:02:51 215 Planktonnet WP2 2.6154 51.2768 Cirripeda_naup 1 24.5887 27.0691 40.8004

Dataset example: Belgian LifeWatch Observatory data

We will transform the dataset into a Simple Feature object:

library(sf)

class(zoo)
#> [1] "data.frame"

zoo_sf <- st_as_sf(zoo, coords = c("Longitude", "Latitude"), crs = 4326, remove = FALSE)

class(zoo_sf)
#> [1] "sf"         "data.frame"

Dataset example: Belgian LifeWatch Observatory data

library(mapview)
mapview(zoo_sf)

Dataset example: Belgian LifeWatch Observatory data

# Access ETN with lwdataexplorer
etn <- getEtnData()

Taxonomic match with WoRMS

Taxonomic match with WoRMS

library(worrms)

taxa <- wm_records_taxamatch("Caretta caretta")

taxa[[1]]
AphiaID url scientificname authority status unacceptreason taxonRankID rank valid_AphiaID valid_name valid_authority parentNameUsageID kingdom phylum class order family genus citation lsid isMarine isBrackish isFreshwater isTerrestrial isExtinct match_type modified
137205 https://www.marinespecies.org/aphia.php?p=taxdetails&id=137205 Caretta caretta (Linnaeus, 1758) accepted NA 220 Species 137205 Caretta caretta (Linnaeus, 1758) 137066 Animalia Chordata NA Testudines Cheloniidae Caretta Uetz, P. (ed.) (2022). The Reptile Database. Caretta caretta (Linnaeus, 1758). Accessed through: World Register of Marine Species at: https://www.marinespecies.org/aphia.php?p=taxdetails&id=137205 on 2022-05-18 urn:lsid:marinespecies.org:taxname:137205 1 NA NA NA NA exact 2018-09-21T14:00:23.180Z

See the worrms R package documentation here

AphiaID: Unique identifier of a taxon in WoRMS

https://www.marinespecies.org/aphia.php?p=taxdetails&id=137205

Geographic standard: Marine Regions Gazetteer

Geographic standard: Marine Regions Gazetteer

library(mregions2)

# Find all region names starting with "Belgian"
belgian_gaz <- mr_gaz_records_by_names("Belgian")
belgian_gaz
MRGID gazetteerSource placeType latitude longitude minLatitude minLongitude maxLatitude maxLongitude precision preferredGazetteerName preferredGazetteerNameLang status accepted
24493 Belgian Sea Fisheries Historical fishing areas NA NA NA NA NA NA NA (Historical) fishing areas of Belgian sea fisheries English standard 24493
49010 Flanders Marine Institute (2019). Maritime Boundaries Geodatabase: Territorial Seas (12NM), version 3. Available online at http://www.marineregions.org/. https://doi.org/10.14284/387 Territorial Sea 51.32730 2.864670 51.08931 2.39405 51.55080 3.37040 NA Belgian 12 NM English standard 49010
49243 Flanders Marine Institute (2019). Maritime Boundaries Geodatabase: Contiguous Zones (24NM), version 3. Available online at http://www.marineregions.org/. https://doi.org/10.14284/384 Contiguous zone 51.48562 2.658770 51.26485 2.29057 51.69773 3.08309 NA Belgian 24 NM English standard 49243
2550 ASFA thesaurus Coast 51.23000 2.910000 51.09000 2.54000 51.37000 3.37000 NA Belgian Coast English standard 2550
3293 Flanders Marine Institute (2019). Maritime Boundaries Geodatabase: Maritime Boundaries and Exclusive Economic Zones (200NM), version 11. Available online at http://www.marineregions.org/. https://doi.org/10.14284/386 EEZ 51.46545 2.705040 51.08931 2.23833 51.87611 3.37040 58302.49 Belgian Continental Shelf English standard 3293
3293 Flanders Marine Institute (2019). Maritime Boundaries Geodatabase: Maritime Boundaries and Exclusive Economic Zones (200NM), version 11. Available online at http://www.marineregions.org/. https://doi.org/10.14284/386 EEZ 51.46545 2.705040 51.08931 2.23833 51.87611 3.37040 58302.49 Belgian Exclusive Economic Zone English standard 3293
26567 VLIZ (2020). Intersect of IHO Sea Areas and Exclusive Economic Zones (version 4) Marine Region 51.46572 2.703969 NA NA NA NA NA Belgian part of the North Sea English synonym 3293
2554 ASFA thesaurus Coast 51.15000 2.700000 NA NA NA NA NA Belgian West Coast English standard 2554

See the mregions2 R package documentation here

Geographic standard: Marine Regions Gazetteer

# Get only Belgian Territorial Sea
library(mapview)
territorial_sea <- mr_gaz_record(49010)
mapview(territorial_sea)

MRGID: Unique identifier of a record of the marineregions.org Gazetteer

https://marineregions.org/gazetteer.php?p=details&id=3293

Spatial filtering

We will perform an spatial intersection

Spatial filtering

We will perform an spatial intersection

Spatial filtering

We will perform an spatial intersection

Spatial filtering

library(sf)

nrow(zoo_sf)
#> [1] 437

zoo_sf_belgium <- st_intersection(zoo_sf, territorial_sea)

nrow(zoo_sf_belgium)
#> [1] 251

Spatial filtering

mapview(list(zoo_sf, territorial_sea))

Spatial filtering

mapview(list(zoo_sf_belgium, territorial_sea))

Exercise 1: Standardize

./src/exercises/01_standardize.R

# API libraries
library(lwdataexplorer)
library(worrms)
library(mregions2)

## Helper libraries
library(mapview)
library(sf)


#---------------------------------------------------------------------------------------------
# Exercise 1.1.: 
# - Get fish tracking data from the European Tracking Network of the year 2015
#
# Hint: use `?getEtnData()` to find more information
#---------------------------------------------------------------------------------------------
etn <- getEtnData(
  startdate = "2015-01-01",
  stopdate = "2016-01-01",
  action = "Time bins",
  by = "1 day",
  networks = "All",
  projects = "All"
)

# Inspect
View(etn)


#---------------------------------------------------------------------------------------------
# Exercise 1.2.: 
# - Extract a list of species of the ETN data and 
# - Find more taxonomic information using the WoRMS Taxon Match from the worrms R package.
# - Left join the taxonomic info to the ETN dataset on the scientific name
#
# Hint: use `dplyr::distinct()` or `base::unique()` to get unique values
# Hint: worrms functions start all like `wm_*`
# Hint: use `do.call(rbind, my_data_frame)` to turn a list into a data frame
#---------------------------------------------------------------------------------------------

# Unique list of species
species_list <- unique(etn$scientific_name)

# Taxon match
species_matched <- wm_records_taxamatch(species_list)
species_matched <- do.call(rbind, species_matched)

# Left join
etn <- merge(etn, species_matched, by.x = "scientific_name", by.y = "scientificname")

# Inspect
View(etn)


#---------------------------------------------------------------------------------------------
# Exercise 1.3.: 
# - Use the mregions2 package to find and get the record for the Belgian Part of the North Sea.
# - Do a geospatial intersection between the latitude and longitude fields in the ETN 
#   data and the North Sea from Marine Regions. 
#
# Hint: you must transform the ETN data from a data.frame to a simple feature `sf` class. 
#       Use the function `st_as_sf()` with the `coords` and `crs` arguments
# Hint: all functions from the sf package start as `sf_*()`
# For example: `st_intersection()`
#---------------------------------------------------------------------------------------------

# Find the North Sea
mr_belgian <- mr_gaz_records_by_names("Belgian")
View(mr_belgian)

bpns <- mr_gaz_record(3293)

# Transform data frame into simple feature object
etn <- st_as_sf(etn, coords = c("longitude", "latitude"), crs = 4326, remove = FALSE)

# Inspect both
mapview(list(etn, bpns))

# Perform the intersection
etn <- st_intersection(etn, bpns)

# Inspect again
mapview(list(etn, bpns))


#---------------------------------------------------------------------------------------------
# Bonus Exercise 1.4.: 
# - Save the ETN data into disk
#
#---------------------------------------------------------------------------------------------

# To turn into a data.frame again
st_drop_geometry(etn)

# Save as shapefile or csv
st_write(etn, "./data/etn.shp")
write.csv(st_drop_geometry(etn), "./data/etn.csv")

15 min. Break!


Exercise 2

EurOBIS

EurOBIS

Example: get all occurrences of the Atlantic Cod (Gadus morhua; aphiaID = 126436) in the Belgian Part of the North Sea (MRGID = 3293)

library(eurobis)
df <- eurobis_occurrences_basic(aphiaid = 126436, mrgid = 3293)
head(df)
gml_id id datasetid datecollected decimallongitude decimallatitude coordinateuncertaintyinmeters scientificname aphiaid scientificnameaccepted geometry
eurobis-obisenv_basic.fid–4545dc3d_180d7958625_-2e7d 783675 http://www.emodnet-biology.eu/data-catalog?module=dataset&dasid=82 NA 2.704458 51.46483 58302 Gadus morhua http://marinespecies.org/aphia.php?p=taxdetails&id=126436 Gadus morhua POINT (2.704458 51.46483)
eurobis-obisenv_basic.fid–4545dc3d_180d7958625_-2e7c 4131422 http://www.emodnet-biology.eu/data-catalog?module=dataset&dasid=2144 1981-08-31 2.500000 51.25000 111 Gadus morhua http://marinespecies.org/aphia.php?p=taxdetails&id=126436 Gadus morhua POINT (2.5 51.25)
eurobis-obisenv_basic.fid–4545dc3d_180d7958625_-2e7b 4131423 http://www.emodnet-biology.eu/data-catalog?module=dataset&dasid=2144 1981-08-31 2.500000 51.25000 111 Gadus morhua http://marinespecies.org/aphia.php?p=taxdetails&id=126436 Gadus morhua POINT (2.5 51.25)
eurobis-obisenv_basic.fid–4545dc3d_180d7958625_-2e7a 4131795 http://www.emodnet-biology.eu/data-catalog?module=dataset&dasid=2144 1981-08-31 2.500000 51.25000 111 Gadus morhua http://marinespecies.org/aphia.php?p=taxdetails&id=126436 Gadus morhua POINT (2.5 51.25)
eurobis-obisenv_basic.fid–4545dc3d_180d7958625_-2e79 4131801 http://www.emodnet-biology.eu/data-catalog?module=dataset&dasid=2144 1981-08-31 2.500000 51.25000 111 Gadus morhua http://marinespecies.org/aphia.php?p=taxdetails&id=126436 Gadus morhua POINT (2.5 51.25)
eurobis-obisenv_basic.fid–4545dc3d_180d7958625_-2e78 4135589 http://www.emodnet-biology.eu/data-catalog?module=dataset&dasid=2144 1985-12-31 2.500000 51.25000 111 Gadus morhua http://marinespecies.org/aphia.php?p=taxdetails&id=126436 Gadus morhua POINT (2.5 51.25)

See the eurobis R package documentation here

EurOBIS

mapview(df)

Data manipulation in R: dplyr

We will work with dplyr. It uses pipes (%>%) to increase code readability and avoid nesting

# base R
df$datecollected <- as.Date(df$datecollected)
# dplyr
library(dplyr)
df <- df %>%
  mutate(datecollected = as.Date(datecollected))

Exercise 2

./src/exercises/02_eurobis.R

# API library
library(eurobis)

# Helper library
library(dplyr)

#---------------------------------------------------------------------------------------------
# Exercise 2.1.: 
#  - Use the eurobis R package to get EurOBIS data for the same species, time and location. 
#
# Hint: more info with ?eurobis_occurrences_basic()
#---------------------------------------------------------------------------------------------
mrgid = 3293
list_aphia = unique(etn$valid_AphiaID)

basic <- eurobis_occurrences_basic(
  mrgid = mrgid,
  aphiaid = species_matched$AphiaID,
  start_date = "2015-01-01",
  end_date = "2016-01-01"
)

#---------------------------------------------------------------------------------------------
# Exercise 2.2.: 
#  - Include more regions in your query! 
#    - Select your desired area with`eurobis_map_draw()` and pass to the argument `geometry` 
#    - Find more standardized marine regions with the family of functions `eurobis_map_regions_*()`
#  - Find data for the species of your interest by passing a scientific name.
#  - Find data for the functional group of your interest.
#---------------------------------------------------------------------------------------------
my_polygon <- eurobis_map_draw()

eurobis_map_regions_ecoregions()
eurobis_map_regions_eez()
eurobis_map_regions_iho()
eurobis_map_regions_eez_iho()
eurobis_map_regions_reportingareas()

basic <- eurobis_occurrences_basic(
  geometry = my_polygon,
  mrgid = c(2350),
  functional_groups = c("birds", "mammals")
)


#---------------------------------------------------------------------------------------------
# Exercise 2.3.:
#   - Wrangle the ETN dataset to fit the column names of eurobis.
#   - Select the following columns: datecollected, decimallongitude, decimallatitude, 
#     scientificname, aphiaid, scientificnameaccepted
#   - As we are not considering the individual fishes tracked but only presences, there will be 
#     duplicates. Get unique combination of values
#   - Bind the rows of both datasets
#
# Hint: the aphiaID from EurOBIS comes with a full URL. Use `gsub()` or `stringr::str_replace()` 
#       together with `as.numeric()` to get only the AphiaID 
# Hint: we recommend to use `dplyr::transmute()`, `unique.data.frame()` and `dplyr::bind_rows()`
# Hint: EurOBIS follows the Darwin Core standard for naming the columns: https://dwc.tdwg.org/terms/
#---------------------------------------------------------------------------------------------
colnames(etn)
colnames(basic)

basic <- basic %>% select(-gml_id, -id, -datasetid, -coordinateuncertaintyinmeters
             ) %>% mutate(datecollected = as.character(datecollected),
                          aphiaid = gsub("http://marinespecies.org/aphia.php?p=taxdetails&id=", "", aphiaid, fixed = TRUE)
             ) %>% mutate(aphiaid = as.integer(aphiaid))

df <- etn %>% 
  transmute(
    datecollected = time,
    decimallongitude = longitude,
    decimallatitude = latitude,
    scientificname = scientific_name, 
    aphiaid = AphiaID,
    scientificnameaccepted = valid_name
  ) %>% arrange(
    scientificname, datecollected
  ) %>%
  unique.data.frame(
  ) %>% 
  bind_rows(basic)


#---------------------------------------------------------------------------------------------
# Bonus Exercise 2.4.: 
#  - Repeat the query adding all the information available in EurOBIS
#  - Get all the distinct values of the parameters_* coumns
#  - Filter only records with count of individuals
#
# Hint: use `eurobis_occurrences_full_and_parameters()`
# Hint: more information here: https://www.emodnet-biology.eu/emodnet-data-format
#---------------------------------------------------------------------------------------------
full_emof <- eurobis_occurrences_full_and_parameters(
  mrgid = mrgid,
  aphiaid = species_matched$AphiaID,
  start_date = "2015-01-01",
  end_date = "2016-01-01"
)

# View all parameters available
full_emof %>% 
  st_drop_geometry() %>%
  select(parameter, 
         parameter_bodcterm, 
         parameter_bodcterm_definition,
         parameter_measurementtypeid) %>%
  distinct() %>% 
  View()


# Query only Counts
full_emof <- full_emof %>%
  filter(parameter_measurementtypeid == "http://vocab.nerc.ac.uk/collection/P01/current/OCOUNT01/")

Exercise 3

Raster vs Vector Data




Exercise 2

Exercise 3

Raster vs Vector Data




EMODnetWFS

Explore and download geospatial data from EMODnet.

library(EMODnetWFS)

emodnet_wfs()
service_name service_url
bathymetry https://ows.emodnet-bathymetry.eu/wfs
biology https://geo.vliz.be/geoserver/Emodnetbio/wfs
biology_occurrence_data https://geo.vliz.be/geoserver/Dataportal/wfs
chemistry_cdi_data_discovery_and_access_service https://geo-service.maris.nl/emodnet_chemistry/wfs
chemistry_cdi_distribution_observations_per_category_and_region https://geo-service.maris.nl/emodnet_chemistry_p36/wfs
chemistry_contaminants https://nodc.ogs.trieste.it/geoserver/Contaminants/wfs
chemistry_marine_litter https://www.ifremer.fr/services/wfs/emodnet_chemistry2
geology_coastal_behavior https://drive.emodnet-geology.eu/geoserver/tno/wfs
geology_events_and_probabilities https://drive.emodnet-geology.eu/geoserver/ispra/wfs
geology_marine_minerals https://drive.emodnet-geology.eu/geoserver/gsi/wfs
geology_sea_floor_bedrock https://drive.emodnet-geology.eu/geoserver/bgr/wfs
geology_seabed_substrate_maps https://drive.emodnet-geology.eu/geoserver/gtk/wfs
geology_submerged_landscapes https://drive.emodnet-geology.eu/geoserver/bgs/wfs
human_activities https://ows.emodnet-humanactivities.eu/wfs
physics https://geoserver.emodnet-physics.eu/geoserver/emodnet/wfs
seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs
seabed_habitats_individual_habitat_map_and_model_datasets https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open_maplibrary/wfs

See the EMODnetWFS R package documentation here

EMODnetWFS

# First create a WFS client
client <- emodnet_init_wfs_client("seabed_habitats_general_datasets_and_products")

class(client)
#> [1] "WFSClient"         "OWSClient"         "OGCAbstractObject" "R6"

# And ask for all the layers available
info <- emodnet_get_wfs_info(client)
info
data_source service_name service_url layer_namespace layer_name title abstract class format
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open art17_hab_1150 2013 Article 17 reporting gridded Annex I habitat distribution - Coastal lagoons (1150) Gridded distribution map for Annex I Coastal lagoons as reported by EU member states for 2013 Habitats Directive Article 17 reporting. Available from the European Environment Agency website at: https://www.eea.europa.eu/data-and-maps/data/article-17-database-habitats-directive-92-43-eec-1#tab-metadata WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open art17_hab_1130 2013 Article 17 reporting gridded Annex I habitat distribution - Estuaries (1130) Gridded distribution map for Annex I Estuaries as reported by EU member states for 2013 Habitats Directive Article 17 reporting. Available from the European Environment Agency website at: https://www.eea.europa.eu/data-and-maps/data/article-17-database-habitats-directive-92-43-eec-1#tab-metadata WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open art17_hab_1160 2013 Article 17 reporting gridded Annex I habitat distribution - Large shallow inlets and bays (1160) Gridded distribution map for Annex I Large shallow inlets and bays as reported by EU member states for 2013 Habitats Directive Article 17 reporting. Available from the European Environment Agency website at: https://www.eea.europa.eu/data-and-maps/data/article-17-database-habitats-directive-92-43-eec-1#tab-metadata WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open art17_hab_1140 2013 Article 17 reporting gridded Annex I habitat distribution - Mudflats and sandflats not covered by seawater at low tide (1140) Gridded distribution map for Annex I Mudflats and sandflats not covered by seawater at low tide as reported by EU member states for 2013 Habitats Directive Article 17 reporting. Available from the European Environment Agency website at: https://www.eea.europa.eu/data-and-maps/data/article-17-database-habitats-directive-92-43-eec-1#tab-metadata WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open art17_hab_1120 2013 Article 17 reporting gridded Annex I habitat distribution - Posidonia beds (1120) Gridded distribution map for Annex I Posidonia beds as reported by EU member states for 2013 Habitats Directive Article 17 reporting. Available from the European Environment Agency website at: https://www.eea.europa.eu/data-and-maps/data/article-17-database-habitats-directive-92-43-eec-1#tab-metadata WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open art17_hab_1170 2013 Article 17 reporting gridded Annex I habitat distribution - Reefs (1170) Gridded distribution map for Annex I Reefs as reported by EU member states for 2013 Habitats Directive Article 17 reporting. Available from the European Environment Agency website at: https://www.eea.europa.eu/data-and-maps/data/article-17-database-habitats-directive-92-43-eec-1#tab-metadata WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open art17_hab_1110 2013 Article 17 reporting gridded Annex I habitat distribution - Sandbanks (1110)

Gridded distribution map for Annex I sandbanks as reported by EU member states for 2013 Habitats Directive Article 17 reporting.

Available from the European Environment Agency website at: https://www.eea.europa.eu/data-and-maps/data/article-17-database-habitats-directive-92-43-eec-1#tab-metadata
WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open art17_hab_1180 2013 Article 17 reporting gridded Annex I habitat distribution - Submarine structures made by leaking gases (1180) Gridded distribution map for Annex I Submarine structures made by leaking gases as reported by EU member states for 2013 Habitats Directive Article 17 reporting. Available from the European Environment Agency website at: https://www.eea.europa.eu/data-and-maps/data/article-17-database-habitats-directive-92-43-eec-1#tab-metadata WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open biogenic_substrate_2021 Biogenic substrate in Europe This layer shows the current known extent and distribution of Coralligenous and other calcareous bioconcretions in the Mediterranean, collated by EMODnet Seabed Habitats. The purpose was to produce a data product that would provide the best compilation of evidence for this habitat, as described in the “Action Plan for the protection of the coralligenous and other calcareous bio-concretions in the Mediterranean”. This data product contains large data gaps and should be viewed as incomplete. WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open habitat_point_eunis Collated EUNIS Habitat point data - public records

Fully open-access habitat point data from EMODnet Seabed Habitats collated point data where presented within the EUNIS habitat classification system.

Data can be filtered by EUNIS habitat in the “seabedtype” field, or using the web service vendor parameter “hab_type”.
WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open habitat_point Collated Habitat point data - All classification systems, public records All downloadable habitat point data collated by EMODnet Seabed Habitats, presented per measurement with relevant sample method joined where possible. WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open gems_annexi_full Collection of AnnexI habitats extracted from GeMS (Full resolution)

This dataset gives the extent of all AnnexI habitats within Scottish waters, extracted from the Nature Scot “Geodatabase of Marine features adjacent to Scotland” GeMS database.

No simplification applied for close views
WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open coralligenous_platforms_2021 Coralligenous and other calcareous bioconcretions in the Mediterranean This layer shows the current known extent and distribution of Coralligenous and other calcareous bioconcretions in the Mediterranean, collated by EMODnet Seabed Habitats. The purpose was to produce a data product that would provide the best compilation of evidence for this habitat, as described in the “Action Plan for the protection of the coralligenous and other calcareous bio-concretions in the Mediterranean”. This data product contains large data gaps and should be viewed as incomplete. WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open coralligenous_platforms_points_2021 Coralligenous and other calcareous bioconcretions in the Mediterranean (points) This layer shows the current known extent and distribution of Coralligenous and other calcareous bioconcretions in the Mediterranean, collated by EMODnet Seabed Habitats. The purpose was to produce a data product that would provide the best compilation of evidence for this habitat, as described in the “Action Plan for the protection of the coralligenous and other calcareous bio-concretions in the Mediterranean”. This data product contains large data gaps and should be viewed as incomplete. WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open eusm2019_bio_full EUSeaMap (2019) Biozone habitat descriptor - full detail

Biological zone at the seabed for various sea basins in Europe. Used as a habitat descriptor in the creation of the EMODnet broad-scale seabed habitat for Europe (EUSeaMap) 2019, as part of EMODnet Seabed Habitats.

The extent of the mapped area includes the Mediterranean Sea, Black Sea, Baltic Sea, and areas of the North Eastern Atlantic extending from the Canary Islands in the south to the Barents Sea in the north.

The map was produced using a “top-down” modelling approach using classified habitat descriptors to determine a final output habitat.

Habitat descriptors differ per region but include: Biological zone Energy class Oxygen regime Salinity regime Seabed substrate Riverine input

Habitat descriptors (excepting Substrate) are calculated using underlying physical data and thresholds derived from statistical analyses or expert judgement on known conditions.

The model is produced using R and Arc Model Builder (10.1).

The model was created using raster input layers with a cell size of 0.00104dd (roughly 100 metres). The model includes the sublittoral zone only; due to the high variability of the littoral zone, a lack of detailed substrate data and the resolution of the model, it is difficult to predict littoral habitats at this scale.

This map follows the EUNIS 2007-11 classification system where it is appropriate. It has also been classified according to MSFD Benthic Broad Habitat types.

This report details the methods used in the previous version (v2016) - a new report is in progress: Populus J. And Vasquez M. (Eds), 2017. EUSeaMap, a European broad-scale seabed habitat map. Ifremer Available from: http://archimer.ifremer.fr/doc/00388/49975/
WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open eusm2019_ene_full EUSeaMap (2019) Energy Class habitat descriptor - full detail

Energy class at the seabed for various sea basins in Europe. Used as a habitat descriptor in the creation of the EMODnet broad-scale seabed habitat for Europe (EUSeaMap) 2019, as part of EMODnet Seabed Habitats.

The extent of the mapped area includes the Mediterranean Sea, Black Sea, Baltic Sea, and areas of the North Eastern Atlantic extending from the Canary Islands in the south to the Barents Sea in the north.

The map was produced using a “top-down” modelling approach using classified habitat descriptors to determine a final output habitat.

Habitat descriptors differ per region but include: Biological zone Energy class Oxygen regime Salinity regime Seabed substrate Riverine input

Habitat descriptors (excepting Substrate) are calculated using underlying physical data and thresholds derived from statistical analyses or expert judgement on known conditions.

The model is produced using R and Arc Model Builder (10.1).

The model was created using raster input layers with a cell size of 0.00104dd (roughly 100 metres). The model includes the sublittoral zone only; due to the high variability of the littoral zone, a lack of detailed substrate data and the resolution of the model, it is difficult to predict littoral habitats at this scale.

This map follows the EUNIS 2007-11 classification system where it is appropriate. It has also been classified according to MSFD Benthic Broad Habitat types.

This report details the methods used in the previous version (v2016) - a new report is in progress: Populus J. And Vasquez M. (Eds), 2017. EUSeaMap, a European broad-scale seabed habitat map. Ifremer Available from: http://archimer.ifremer.fr/doc/00388/49975/
WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open eusm2019_subs_full EUSeaMap (2019) Substrate habitat descriptor - full detail

Seabed substrate for various sea basins in Europe. Used as a habitat descriptor in the creation of the EMODnet broad-scale seabed habitat for Europe (EUSeaMap) 2019, as part of EMODnet Seabed Habitats.

The extent of the mapped area includes the Mediterranean Sea, Black Sea, Baltic Sea, and areas of the North Eastern Atlantic extending from the Canary Islands in the south to the Barents Sea in the north.

The map was produced using a “top-down” modelling approach using classified habitat descriptors to determine a final output habitat.

Habitat descriptors differ per region but include: Biological zone Energy class Oxygen regime Salinity regime Seabed substrate Riverine input

Habitat descriptors (excepting Substrate) are calculated using underlying physical data and thresholds derived from statistical analyses or expert judgement on known conditions.

The model is produced using R and Arc Model Builder (10.1).

The model was created using raster input layers with a cell size of 0.00104dd (roughly 100 metres). The model includes the sublittoral zone only; due to the high variability of the littoral zone, a lack of detailed substrate data and the resolution of the model, it is difficult to predict littoral habitats at this scale.

This map follows the EUNIS 2007-11 classification system where it is appropriate. It has also been classified according to MSFD Benthic Broad Habitat types.

This report details the methods used in the previous version (v2016) - a new report is in progress: Populus J. And Vasquez M. (Eds), 2017. EUSeaMap, a European broad-scale seabed habitat map. Ifremer Available from: http://archimer.ifremer.fr/doc/00388/49975/
WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open eusm2021_bio_full EUSeaMap (2021) Broad-Scale Predictive Habitat Map - Biological zones (a habitat descriptor)

Predictive Biological Zone layer produced by EMODnet Seabed Habitats as an input layer for the 2021 EUSeaMap broad-scale habitat model. The extent of the mapped area includes the Mediterranean Sea, Black Sea, Baltic Sea, and areas of the North Eastern Atlantic extending from the Canary Islands in the south to the Barents Sea in the North. The map of biological zone was produced using underlying physical data and thresholds derived from statistical analyses or expert judgement on known conditions.

The model is produced in R and Arc Model Builder (10.1). The model was created using raster input layers with a cell size of 0.00104dd (roughly 100 meters). The model includes the sublittoral zone only (Infralittoral to Abyssal zone).
WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open eusm2021_ene_full EUSeaMap (2021) Energy Class habitat descriptor - full detail

Energy class layer produced by EMODnet Seabed Habitats as an input layer for the 2021 EUSeaMap broad-scale habitat model. The extent of the mapped area includes the Baltic Sea, and areas of the North Eastern Atlantic and Arctic extending from the Canary Islands in the south to Norway in the North. The map of energy classes was produced using underlying wave and current data and thresholds derived from statistical analyses or expert judgement on known conditions. This layer is the same as the input used in EUSeaMap 2019.

A report on the methods used in the 2021 version of EUSeaMap (Vasquez et al., 2021) and reports on previous versions (v2016 and V2019) are linked in Online Resources.
WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open eusm2021_subs_full EUSeaMap (2021) Substrate habitat descriptor - full detail

Classified seabed substrate types for European seas. Produced by EMODnet Seabed Habitats as an input layer for the 2021 EUSeaMap broad-scale habitat model, based on a combination of EMODnet Geology seabed substrate products and biological substrates extracted form individual habitat maps from surveys around European seas. The extent of the mapped area includes the Mediterranean Sea, Black Sea, Baltic Sea, and areas of the North Eastern Atlantic extending from the Canary Islands in the south to the Barents Sea in the north. The layer of seabed substrate was produced using data from EMODnet geology at the following scales: - 1:25k, 1:30k, 1:45k, 1:60k, 1:70k (a new fine scale layer as of 2021) - 1:50k 1:100k,1:250k (these were updated for 2021) - 1:1M (not updated for 2021) Biological substrates were included in the 2021 version of EUSeaMap to assist in the classification of biogenic habitats for the 2019 version of EUNIS. The Folk 5 classification of substrate is adopted because it is compatible with both the 2007-11 and 2019 versions of EUNIS, both of which have been applied in EUSeaMap 2021.

A report on the methods used in the 2021 version of EUSeaMap (Vasquez et al., 2021) and reports on previous versions (v2016 and V2019) are linked in Online Resources.
WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open eusm2019_regions EUSeaMap 2019 Regions The regions boundary layer shows the basins used to subset the modelling process used in the creation of the 2019 version of EMODnet broad-scale seabed habitat map for Europe (EUSeaMap 2019). WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open eov_2021_points_hard_coral Essential Ocean Variables in Europe - Live hard coral cover (points, v2021) This layer shows the current known extent and distribution of live hard coral cover in European waters, collated by EMODnet Seabed Habitats. The points were added in Sept 2021. Lophelia pertusa and Coral gardens are both on the OSPAR List of threatened and/or declining species and habitats. The purpose was to produce a data product that would provide the best compilation of evidence for the essential ocean variable (EOV) known as Hard coral cover and composition (sub-variable: Live hard coral cover and extent), as defined by the Global Ocean Observing System (GOOS). This data product should be considered a work in progress and is not an official product. WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open eov_livecoral Essential Ocean Variables in Europe - Live hard coral cover (polygons, v2019) This layer shows the current known extent of Live Hard Coral in European waters, collated by EMODnet Seabed Habitats. Lophelia pertusa and Coral gardens are both on the OSPAR List of threatened and/or declining species and habitats. The relevant habitats were extracted from the library of maps on the EMODnet Seabed Habitats portal and collated into one standardised shapefile. This data product should be considered a work in progress and is not an official product. WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open eov_2021_points_Macroalgal_canopy_cover Essential Ocean Variables in Europe - Macroalgal canopy cover (points, v2021) This layer shows the current known extent and distribution of macroalgal canopy in European waters, collated by EMODnet Seabed Habitats. The points were added in Sept 2021. The purpose was to produce a data product that would provide the best compilation of evidence for the essential ocean variable (EOV) known as Macroalgal canopy cover and composition (sub-variable: Areal extent), as defined by the Global Ocean Observing System (GOOS). Kelp and fucoid brown algae are the dominant species that comprise macroalgal forests. This data product should be considered a work in progress and is not an official product. WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open eov_macroalgae Essential Ocean Variables in Europe - Macroalgal canopy cover (polygons, v2019) This layer shows the current known extent of macroalgal forests in European waters, collated by EMODnet Seabed Habitats. Kelp and fucoid brown algae are the dominant species that comprise macroalgal forests. The relevant habitats were extracted from the library of maps on the EMODnet Seabed Habitats portal and collated into one standardised shapefile. This data product should be considered a work in progress and is not an official product. WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open eov_2021_points_Seagrass_cover Essential Ocean Variables in Europe - Seagrass cover (points, v2021) This layer shows the current known extent and distribution of Seagrass meadows in European waters, collated by EMODnet Seabed Habitats. The points were added in Sept 2021. The purpose was to produce a data product that would provide the best compilation of evidence for the essential ocean variable (EOV) known as Seagrass cover and composition (sub-variable: Areal extent of seagrass meadows), as defined by the Global Ocean Observing System (GOOS). Seagrasses provide essential habitat and nursery areas for many marine fauna. There are approximately 72 seagrass species that belong to four major groups: Zosteraceae, Hydrocharitaceae, Posidoniaceae and Cymodoceaceae. Zostera beds and Cymodecea meadows are named on the OSPAR Threatened or Declining Habitats list. Posidonia beds are protected under Annex I of the EU Habitats Directive. This data product should be considered a work in progress and is not an official product. WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open eov_seagrass Essential Ocean Variables in Europe - Seagrass cover (polygons, v2019) This layer shows the current known extent of Seagrass meadows in European waters, collated by EMODnet Seabed Habitats. Seagrasses provide essential habitat and nursery areas for many marine fauna. There are approximately 72 seagrass species that belong to four major groups: Zosteraceae, Hydrocharitaceae, Posidoniaceae and Cymodoceaceae. Zostera beds and Cymodecea meadows are named on the OSPAR Threatened or Declining Habitats list. Posidonia beds are protected under Annex I of the EU Habitats Directive. This data product should be considered a work in progress and is not an official product. WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open habitat_point_bboxes Habitat point data - dataset bounding boxes Bounding boxes for datasets within EMODnet Seabed Habitats’ point data collation. WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open ospar2020_points OSPAR Habitats in the North-East Atlantic Ocean - 2020 Point records This is a compilation of OSPAR habitat point data for the northeast Atlantic submitted by OSPAR contracting parties. The compilation is coordinated by the UK’s Joint Nature Conservation Committee, working with a representative from each of the OSPAR coastal contracting parties. This public dataset does not contain records relating to sensitive species (e.g. Ostrea edulis) in specific areas, or where data are restricted from public release by the owner’s use limitations. This version (v2020) was published in July 2021. WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open ospar2020_poly OSPAR Habitats in the North-East Atlantic Ocean - 2020 Polygons

This is a compilation of OSPAR habitat polygon data for the northeast Atlantic submitted by OSPAR contracting parties. The compilation is coordinated by the UK’s Joint Nature Conservation Committee, working with a representative from each of the OSPAR coastal contracting parties.This public dataset does not contain records relating to sensitive species (e.g. Ostrea edulis) in specific areas, or where data are restricted from public release by the owner’s use limitations.

This version (v2020) was published in June 2020.
WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open ospar_points OSPAR threatened and/or declining habitats - Points Points data from the 2018 OSPAR database of threatened and/or declining habitats, compiled from OSPAR (Oslo Paris Convention) contracting parties submission of listed habitats. For more information,, see https://www.ospar.org/work-areas/bdc/species-habitats/mapping-habitats-on-the-ospar-list-of-threatened-or-declining-species-and-habitats. WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open ospar_overview OSPAR threatened and/or declining habitats - Polygon Overview Overview grid (based on ICES sea squares) for the OSPAR polygon layer to show location of potentially small polygons at low zoom levels. WFSFeatureType sf
emodnet_wfs seabed_habitats_general_datasets_and_products https://ows.emodnet-seabedhabitats.eu/geoserver/emodnet_open/wfs emodnet_open ospar_poly OSPAR threatened and/or declining habitats - Polygons Polygon data from the 2018 OSPAR database of threatened and/or declining habitats, compiled from OSPAR (Oslo Paris Convention) contracting parties submission of listed habitats. For more information,, see https://www.ospar.org/work-areas/bdc/species-habitats/mapping-habitats-on-the-ospar-list-of-threatened-or-declining-species-and-habitats. WFSFeatureType sf

EMODnetWFS: Download one layer

# Download sandbank layer
emodnet_layer <- emodnet_get_layers(client, layers = "art17_hab_1110", 
                            crs = 4326, reduce_layers = TRUE)
class(emodnet_layer)
#> [1] "sf"         "data.frame"

head(emodnet_layer)
gml_id habitat_code ms region cs_ms country_code habitat_code_uri habitat_description geom
art17_hab_1110.13 1110 DK ATL U2+ Denmark http://dd.eionet.europa.eu/vocabulary/art17_2018/habitats/1110 Sandbanks which are slightly covered by sea water all the time MULTISURFACE (POLYGON ((8.0…
art17_hab_1110.22 1110 ES MAC U1+ Spain http://dd.eionet.europa.eu/vocabulary/art17_2018/habitats/1110 Sandbanks which are slightly covered by sea water all the time MULTISURFACE (POLYGON ((-14…
art17_hab_1110.25 1110 ES MMAC U1+ Spain http://dd.eionet.europa.eu/vocabulary/art17_2018/habitats/1110 Sandbanks which are slightly covered by sea water all the time MULTISURFACE (POLYGON ((-13…
art17_hab_1110.59 1110 PT MMAC XX Portugal http://dd.eionet.europa.eu/vocabulary/art17_2018/habitats/1110 Sandbanks which are slightly covered by sea water all the time MULTISURFACE (POLYGON ((-16…
art17_hab_1110.56 1110 PT MATL U1- Portugal http://dd.eionet.europa.eu/vocabulary/art17_2018/habitats/1110 Sandbanks which are slightly covered by sea water all the time MULTISURFACE (POLYGON ((-7….
art17_hab_1110.53 1110 PL MBAL U1- Poland http://dd.eionet.europa.eu/vocabulary/art17_2018/habitats/1110 Sandbanks which are slightly covered by sea water all the time MULTISURFACE (POLYGON ((14….

EMODnetWFS: Download one layer

# Some editing needed to be able to plot
emodnet_layer <- emodnet_layer %>% 
  st_cast(to = "GEOMETRYCOLLECTION") %>% 
  st_collection_extract(type = "POLYGON")

mapview(emodnet_layer)

Bio-Oracle

Marine data layers for ecological modelling

  • sdmpredictors can download Bio-Oracle layers
  • More info at bio-oracle.org
library(sdmpredictors)
library(raster)

# Find all layers available from the latest version
list_layers("Bio-ORACLE", version = 2.2)
list_layers_future("Bio-ORACLE", version = 2.2)

# Pass layer code for max sea surface temperature
load_layers("BO22_RCP26_2050_chlomean_ss")

See the sdmpredictors R package documentation here

Bio-Oracle

list_layers("Bio-ORACLE", version = 2.2)
dataset_code layer_code name description terrestrial marine freshwater cellsize_equalarea cellsize_lonlat units primary_type primary_spatial_resolution primary_source start_year start_month start_day end_year end_month end_day derivation month is_surface version layer_url
1064 Bio-ORACLE BO22_calcite Calcite (mean) Calcite concentration indicates the mean concentration of calcite (CaCO3) in oceans. FALSE TRUE FALSE 7000 0.0833333 mol/m^3 Satellite (Aqua-MODIS), seasonal climatologies ’’ Reference: (Feldman & McClain 2010) URL: http://oceancolor.gsfc.nasa.gov/ 2002 1 1 2009 12 31 mean NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Calcite.Mean.BOv2_2.tif.zip
1065 Bio-ORACLE BO22_cloudmax Cloud fraction (maximum) Cloud fraction indicates how much of the earth is covered by clouds. A bilinear interpolation was used to convert the data from 6 arcminutes to 5 arcminutes. FALSE TRUE FALSE 7000 0.0833333 % Satellite (Terra-MODIS), monthly images ’’ Reference: (NASA 2010) URL: http://neo.sci.gsfc.nasa.gov/Search.html 2005 1 1 2010 12 31 maximum NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Cloud.cover.Max.BOv2_2.tif.zip
1066 Bio-ORACLE BO22_cloudmean Cloud fraction (mean) Cloud fraction indicates how much of the earth is covered by clouds. FALSE TRUE FALSE 7000 0.0833333 % Satellite (Terra-MODIS), monthly images ’’ Reference: (NASA 2010) URL: http://neo.sci.gsfc.nasa.gov/Search.html 2005 1 1 2010 12 31 mean NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Cloud.cover.Mean.BOv2_2.tif.zip
1067 Bio-ORACLE BO22_cloudmin Cloud fraction (minimum) Cloud fraction indicates how much of the earth is covered by clouds. FALSE TRUE FALSE 7000 0.0833333 % Satellite (Terra-MODIS), monthly images ’’ Reference: (NASA 2010) URL: http://neo.sci.gsfc.nasa.gov/Search.html 2005 1 1 2010 12 31 minimum NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Cloud.cover.Min.BOv2_2.tif.zip
1068 Bio-ORACLE BO22_damax BO_damax Diffuse attenuation coefficient at 490 nm (maximum). The diffuse attenuation coefficient is an indicator of water clarity. It expresses how deeply visible light in the blue to the green region of the spectrum penetrates in to the water column. FALSE TRUE FALSE 7000 0.0833333 m^-1 Satellite (Aqua-MODIS), monthly climatologies ’’ Reference: (Feldman & McClain 2010) URL: http://oceancolor.gsfc.nasa.gov/ 2002 1 1 2009 12 31 maximum NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Diffuse.attenuation.Max.BOv2_2.tif.zip
1069 Bio-ORACLE BO22_damean BO_damean Diffuse attenuation coefficient at 490 nm (mean). The diffuse attenuation coefficient is an indicator of water clarity. It expresses how deeply visible light in the blue to the green region of the spectrum penetrates in to the water column. FALSE TRUE FALSE 7000 0.0833333 m^-1 Satellite (Aqua-MODIS), monthly climatologies ’’ Reference: (Feldman & McClain 2010) URL: http://oceancolor.gsfc.nasa.gov/ 2002 1 1 2009 12 31 mean NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Diffuse.attenuation.Mean.BOv2_2.tif.zip
1070 Bio-ORACLE BO22_damin BO_damin Diffuse attenuation coefficient at 490 nm (minimum). The diffuse attenuation coefficient is an indicator of water clarity. It expresses how deeply visible light in the blue to the green region of the spectrum penetrates in to the water column. FALSE TRUE FALSE 7000 0.0833333 m^-1 Satellite (Aqua-MODIS), monthly climatologies ’’ Reference: (Feldman & McClain 2010) URL: http://oceancolor.gsfc.nasa.gov/ 2002 1 1 2009 12 31 minimum NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Diffuse.attenuation.Min.BOv2_2.tif.zip
1071 Bio-ORACLE BO22_parmax BO_parmax Photosynthetically available radiation (maximum). Photosynthetically Available Radiation (PAR) indicates the quantum energy flux from the Sun (in the spectral range 400-700 nm) reaching the ocean surface. FALSE TRUE FALSE 7000 0.0833333 Einstein/m_/day Satellite (SeaWIFS), monthly climatologies ’’ Reference: (Feldman & McClain 2010) URL: http://oceancolor.gsfc.nasa.gov/ 1997 1 1 2009 12 31 maximum NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Par.Max.BOv2_2.tif.zip
1072 Bio-ORACLE BO22_parmean BO_parmean Photosynthetically available radiation (mean). Photosynthetically Available Radiation (PAR) indicates the quantum energy flux from the Sun (in the spectral range 400-700 nm) reaching the ocean surface. FALSE TRUE FALSE 7000 0.0833333 Einstein/m_/day Satellite (SeaWIFS), monthly climatologies ’’ Reference: (Feldman & McClain 2010) URL: http://oceancolor.gsfc.nasa.gov/ 1997 1 1 2009 12 31 mean NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Par.Mean.BOv2_2.tif.zip
1073 Bio-ORACLE BO22_ph BO_ph pH. Measure of acidity in the ocean. FALSE TRUE FALSE 7000 0.0833333 unitless in situ measurement ’’ World Ocean Database (2009) Reference: (Boyer et al. 2009) URL: http://www.nodc.noaa.gov/ 1910 1 1 2007 12 31 DIVA interpolation (117833 data points) NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.pH.BOv2_2.tif.zip
1074 Bio-ORACLE BO22_carbonphytoltmax_bdmax Carbon phytoplankton biomass (longterm max at max depth) Longterm maximum mole concentration of phytoplankton expressed as carbon in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Phytoplankton.Lt.max.BOv2_2.tif.zip
1075 Bio-ORACLE BO22_carbonphytoltmax_bdmean Carbon phytoplankton biomass (longterm max at mean depth) Longterm maximum mole concentration of phytoplankton expressed as carbon in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Phytoplankton.Lt.max.BOv2_2.tif.zip
1076 Bio-ORACLE BO22_carbonphytoltmax_bdmin Carbon phytoplankton biomass (longterm max at min depth) Longterm maximum mole concentration of phytoplankton expressed as carbon in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Phytoplankton.Lt.max.BOv2_2.tif.zip
1077 Bio-ORACLE BO22_carbonphytoltmax_ss Carbon phytoplankton biomass (longterm max) Longterm maximum mole concentration of phytoplankton expressed as carbon at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Phytoplankton.Lt.max.BOv2_2.tif.zip
1078 Bio-ORACLE BO22_carbonphytoltmin_bdmax Carbon phytoplankton biomass (longterm min at max depth) Longterm minimum mole concentration of phytoplankton expressed as carbon in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Phytoplankton.Lt.max.BOv2_2.tif.zip
1079 Bio-ORACLE BO22_carbonphytoltmin_bdmean Carbon phytoplankton biomass (longterm max at mean depth) Longterm minimum mole concentration of phytoplankton expressed as carbon in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Phytoplankton.Lt.min.BOv2_2.tif.zip
1080 Bio-ORACLE BO22_carbonphytoltmin_bdmin Carbon phytoplankton biomass (longterm min at min depth) Longterm minimum mole concentration of phytoplankton expressed as carbon in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Phytoplankton.Lt.min.BOv2_2.tif.zip
1081 Bio-ORACLE BO22_carbonphytoltmin_ss Carbon phytoplankton biomass (longterm min) Longterm minimum mole concentration of phytoplankton expressed as carbon at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Phytoplankton.Lt.min.BOv2_2.tif.zip
1082 Bio-ORACLE BO22_carbonphytomax_bdmax Carbon phytoplankton biomass (maximum at max depth) Maximum mole concentration of phytoplankton expressed as carbon in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Phytoplankton.Max.BOv2_2.tif.zip
1083 Bio-ORACLE BO22_carbonphytomax_bdmean Carbon phytoplankton biomass (maximum at mean depth) Maximum mole concentration of phytoplankton expressed as carbon in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Phytoplankton.Max.BOv2_2.tif.zip
1084 Bio-ORACLE BO22_carbonphytomax_bdmin Carbon phytoplankton biomass (maximum at min depth) Maximum mole concentration of phytoplankton expressed as carbon in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Phytoplankton.Max.BOv2_2.tif.zip
1085 Bio-ORACLE BO22_carbonphytomax_ss Carbon phytoplankton biomass (maximum) Maximum mole concentration of phytoplankton expressed as carbon at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Phytoplankton.Max.BOv2_2.tif.zip
1086 Bio-ORACLE BO22_carbonphytomean_bdmax Carbon phytoplankton biomass (mean at max depth) Mean mole concentration of phytoplankton expressed as carbon in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Phytoplankton.Max.BOv2_2.tif.zip
1087 Bio-ORACLE BO22_carbonphytomean_bdmean Carbon phytoplankton biomass (mean at mean depth) Mean mole concentration of phytoplankton expressed as carbon in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Phytoplankton.Mean.BOv2_2.tif.zip
1088 Bio-ORACLE BO22_carbonphytomean_bdmin Carbon phytoplankton biomass (mean at min depth) Mean mole concentration of phytoplankton expressed as carbon in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Phytoplankton.Min.BOv2_2.tif.zip
1089 Bio-ORACLE BO22_carbonphytomean_ss Carbon phytoplankton biomass (mean) Mean mole concentration of phytoplankton expressed as carbon at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Phytoplankton.Mean.BOv2_2.tif.zip
1090 Bio-ORACLE BO22_carbonphytomin_bdmax Carbon phytoplankton biomass (minimum at max depth) Minimum mole concentration of phytoplankton expressed as carbon in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Phytoplankton.Max.BOv2_2.tif.zip
1091 Bio-ORACLE BO22_carbonphytomin_bdmean Carbon phytoplankton biomass (minimum at mean depth) Minimum mole concentration of phytoplankton expressed as carbon in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Phytoplankton.Min.BOv2_2.tif.zip
1092 Bio-ORACLE BO22_carbonphytomin_bdmin Carbon phytoplankton biomass (minimum at min depth) Minimum mole concentration of phytoplankton expressed as carbon in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Phytoplankton.Min.BOv2_2.tif.zip
1093 Bio-ORACLE BO22_carbonphytomin_ss Carbon phytoplankton biomass (minimum) Minimum mole concentration of phytoplankton expressed as carbon at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Phytoplankton.Min.BOv2_2.tif.zip
1094 Bio-ORACLE BO22_carbonphytorange_bdmax Carbon phytoplankton biomass (range at max depth) Range of the mole concentration of phytoplankton expressed as carbon in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Phytoplankton.Max.BOv2_2.tif.zip
1095 Bio-ORACLE BO22_carbonphytorange_bdmean Carbon phytoplankton biomass (range at mean depth) Range of the mole concentration of phytoplankton expressed as carbon in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Phytoplankton.Mean.BOv2_2.tif.zip
1096 Bio-ORACLE BO22_carbonphytorange_bdmin Carbon phytoplankton biomass (range at min depth) Range of the mole concentration of phytoplankton expressed as carbon in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Phytoplankton.Min.BOv2_2.tif.zip
1097 Bio-ORACLE BO22_carbonphytorange_ss Carbon phytoplankton biomass (range) Range of mole concentration of phytoplankton expressed as carbon at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Phytoplankton.Range.BOv2_2.tif.zip
1098 Bio-ORACLE BO22_chloltmax_bdmax Chlorophyll concentration (longterm max at max depth) Longterm maximum mass concentration of chlorophyll in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Chlorophyll.Lt.max.BOv2_2.tif.zip
1099 Bio-ORACLE BO22_chloltmax_bdmean Chlorophyll concentration (longterm max at mean depth) Longterm maximum mass concentration of chlorophyll in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Chlorophyll.Lt.max.BOv2_2.tif.zip
1100 Bio-ORACLE BO22_chloltmax_bdmin Chlorophyll concentration (longterm max at min depth) Longterm maximum mass concentration of chlorophyll in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Chlorophyll.Lt.max.BOv2_2.tif.zip
1101 Bio-ORACLE BO22_chloltmax_ss Chlorophyll concentration (longterm max) Longterm maximum mass concentration of chlorophyll at the sea surface FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Chlorophyll.Lt.max.BOv2_2.tif.zip
1102 Bio-ORACLE BO22_chloltmin_bdmax Chlorophyll concentration (longterm min at max depth) Longterm minimum mass concentration of chlorophyll in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Chlorophyll.Lt.min.BOv2_2.tif.zip
1103 Bio-ORACLE BO22_chloltmin_bdmean Chlorophyll concentration (longterm max at mean depth) Longterm minimum mass concentration of chlorophyll in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Chlorophyll.Lt.min.BOv2_2.tif.zip
1104 Bio-ORACLE BO22_chloltmin_bdmin Chlorophyll concentration (longterm min at min depth) Longterm minimum mass concentration of chlorophyll in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Chlorophyll.Lt.min.BOv2_2.tif.zip
1105 Bio-ORACLE BO22_chloltmin_ss Chlorophyll concentration (longterm min) Longterm minimum mass concentration of chlorophyll at the sea surface FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Chlorophyll.Lt.min.BOv2_2.tif.zip
1106 Bio-ORACLE BO22_chlomax_bdmax Chlorophyll concentration (maximum at max depth) Maximum mass concentration of chlorophyll in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Chlorophyll.Max.BOv2_2.tif.zip
1107 Bio-ORACLE BO22_chlomax_bdmean Chlorophyll concentration (maximum at mean depth) Maximum mass concentration of chlorophyll in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Chlorophyll.Max.BOv2_2.tif.zip
1108 Bio-ORACLE BO22_chlomax_bdmin Chlorophyll concentration (maximum at min depth) Maximum mass concentration of chlorophyll in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Chlorophyll.Max.BOv2_2.tif.zip
1109 Bio-ORACLE BO22_chlomax_ss Chlorophyll concentration (maximum) Maximum mass concentration of chlorophyll at the sea surface FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Chlorophyll.Max.BOv2_2.tif.zip
1110 Bio-ORACLE BO22_chlomean_bdmax Chlorophyll concentration (mean at max depth) Mean mass concentration of chlorophyll in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Chlorophyll.Mean.BOv2_2.tif.zip
1111 Bio-ORACLE BO22_chlomean_bdmean Chlorophyll concentration (mean at mean depth) Mean mass concentration of chlorophyll in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Chlorophyll.Mean.BOv2_2.tif.zip
1112 Bio-ORACLE BO22_chlomean_bdmin Chlorophyll concentration (mean at min depth) Mean mass concentration of chlorophyll in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Chlorophyll.Mean.BOv2_2.tif.zip
1113 Bio-ORACLE BO22_chlomean_ss Chlorophyll concentration (mean) Mean mass concentration of chlorophyll at the sea surface FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Chlorophyll.Mean.BOv2_2.tif.zip
1114 Bio-ORACLE BO22_chlomin_bdmax Chlorophyll concentration (minimum at max depth) Minimum mass concentration of chlorophyll in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Chlorophyll.Min.BOv2_2.tif.zip
1115 Bio-ORACLE BO22_chlomin_bdmean Chlorophyll concentration (minimum at mean depth) Minimum mass concentration of chlorophyll in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Chlorophyll.Min.BOv2_2.tif.zip
1116 Bio-ORACLE BO22_chlomin_bdmin Chlorophyll concentration (minimum at min depth) Minimum mass concentration of chlorophyll in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Chlorophyll.Min.BOv2_2.tif.zip
1117 Bio-ORACLE BO22_chlomin_ss Chlorophyll concentration (minimum) Minimum mass concentration of chlorophyll at the sea surface FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Chlorophyll.Min.BOv2_2.tif.zip
1118 Bio-ORACLE BO22_chlorange_bdmax Chlorophyll concentration (range at max depth) Range of the mass concentration of chlorophyll in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Chlorophyll.Range.BOv2_2.tif.zip
1119 Bio-ORACLE BO22_chlorange_bdmean Chlorophyll concentration (range at mean depth) Range of the mass concentration of chlorophyll in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Chlorophyll.Range.BOv2_2.tif.zip
1120 Bio-ORACLE BO22_chlorange_bdmin Chlorophyll concentration (range at min depth) Range of the mass concentration of chlorophyll in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Chlorophyll.Range.BOv2_2.tif.zip
1121 Bio-ORACLE BO22_chlorange_ss Chlorophyll concentration (range) Range of mass concentration of chlorophyll at the sea surface FALSE TRUE FALSE 7000 0.0833333 mg/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Chlorophyll.Range.BOv2_2.tif.zip
1122 Bio-ORACLE BO22_curvelltmax_bdmax Current velocity (longterm max at max depth) Longterm maximum sea water velocity at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
1123 Bio-ORACLE BO22_curvelltmax_bdmean Current velocity (longterm max at mean depth) Longterm maximum sea water velocity at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
1124 Bio-ORACLE BO22_curvelltmax_bdmin Current velocity (longterm max at min depth) Longterm maximum sea water velocity at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
1125 Bio-ORACLE BO22_curvelltmax_ss Current velocity (longterm max) Longterm maximum surface current velocity FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Current.Velocity.Lt.max.BOv2_2.tif.zip
1126 Bio-ORACLE BO22_curvelltmin_bdmax Current velocity (longterm min at max depth) Longterm minimum sea water velocity at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
1127 Bio-ORACLE BO22_curvelltmin_bdmean Current velocity (longterm max at mean depth) Longterm minimum sea water velocity at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Current.Velocity.Lt.min.BOv2_2.tif.zip
1128 Bio-ORACLE BO22_curvelltmin_bdmin Current velocity (longterm min at min depth) Longterm minimum sea water velocity at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Current.Velocity.Lt.min.BOv2_2.tif.zip
1129 Bio-ORACLE BO22_curvelltmin_ss Current velocity (longterm min) Longterm minimum surface current velocity FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Current.Velocity.Lt.min.BOv2_2.tif.zip
1130 Bio-ORACLE BO22_curvelmax_bdmax Current velocity (maximum at max depth) Maximum sea water velocity at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
1131 Bio-ORACLE BO22_curvelmax_bdmean Current velocity (maximum at mean depth) Maximum sea water velocity at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Current.Velocity.Max.BOv2_2.tif.zip
1132 Bio-ORACLE BO22_curvelmax_bdmin Current velocity (maximum at min depth) Maximum sea water velocity at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Current.Velocity.Max.BOv2_2.tif.zip
1133 Bio-ORACLE BO22_curvelmax_ss Current velocity (maximum) Maximum surface current velocity FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Current.Velocity.Max.BOv2_2.tif.zip
1134 Bio-ORACLE BO22_curvelmean_bdmax Current velocity (mean at max depth) Mean sea water velocity at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
1135 Bio-ORACLE BO22_curvelmean_bdmean Current velocity (mean at mean depth) Mean sea water velocity at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Current.Velocity.Mean.BOv2_2.tif.zip
1136 Bio-ORACLE BO22_curvelmean_bdmin Current velocity (mean at min depth) Mean sea water velocity at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
1137 Bio-ORACLE BO22_curvelmean_ss Current velocity (mean) Mean surface current velocity FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Current.Velocity.Mean.BOv2_2.tif.zip
1138 Bio-ORACLE BO22_curvelmin_bdmax Current velocity (minimum at max depth) Minimum sea water velocity at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
1139 Bio-ORACLE BO22_curvelmin_bdmean Current velocity (minimum at mean depth) Minimum sea water velocity at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Current.Velocity.Min.BOv2_2.tif.zip
1140 Bio-ORACLE BO22_curvelmin_bdmin Current velocity (minimum at min depth) Minimum sea water velocity at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
1141 Bio-ORACLE BO22_curvelmin_ss Current velocity (minimum) Minimum surface current velocity FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Current.Velocity.Min.BOv2_2.tif.zip
1142 Bio-ORACLE BO22_curvelrange_bdmax Current velocity (range at max depth) Range of the sea water velocity at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
1143 Bio-ORACLE BO22_curvelrange_bdmean Current velocity (range at mean depth) Range of the sea water velocity at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Current.Velocity.Mean.BOv2_2.tif.zip
1144 Bio-ORACLE BO22_curvelrange_bdmin Current velocity (range at min depth) Range of the sea water velocity at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
1145 Bio-ORACLE BO22_curvelrange_ss Current velocity (range) Range of surface current velocity FALSE TRUE FALSE 7000 0.0833333 m/s Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Current.Velocity.Range.BOv2_2.tif.zip
1146 Bio-ORACLE BO22_dissoxltmax_bdmax Dissolved oxygen concentration (longterm max at max depth) Longterm maximum mole concentration of dissolved molecular oxygen in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Lt.max.BOv2_2.tif.zip
1147 Bio-ORACLE BO22_dissoxltmax_bdmean Dissolved oxygen concentration (longterm max at mean depth) Longterm maximum mole concentration of dissolved molecular oxygen in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Lt.max.BOv2_2.tif.zip
1148 Bio-ORACLE BO22_dissoxltmax_bdmin Dissolved oxygen concentration (longterm max at min depth) Longterm maximum mole concentration of dissolved molecular oxygen in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Lt.max.BOv2_2.tif.zip
1149 Bio-ORACLE BO22_dissoxltmax_ss Dissolved oxygen concentration (longterm max) Longterm maximum dissolved oxygen concentration FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Lt.max.BOv2_2.tif.zip
1150 Bio-ORACLE BO22_dissoxltmin_bdmax Dissolved oxygen concentration (longterm min at max depth) Longterm minimum mole concentration of dissolved molecular oxygen in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Lt.max.BOv2_2.tif.zip
1151 Bio-ORACLE BO22_dissoxltmin_bdmean Dissolved oxygen concentration (longterm max at mean depth) Longterm minimum mole concentration of dissolved molecular oxygen in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Lt.min.BOv2_2.tif.zip
1152 Bio-ORACLE BO22_dissoxltmin_bdmin Dissolved oxygen concentration (longterm min at min depth) Longterm minimum mole concentration of dissolved molecular oxygen in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Lt.min.BOv2_2.tif.zip
1153 Bio-ORACLE BO22_dissoxltmin_ss Dissolved oxygen concentration (longterm min) Longterm minimum dissolved oxygen concentration FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Lt.min.BOv2_2.tif.zip
1154 Bio-ORACLE BO22_dissoxmax_bdmax Dissolved oxygen concentration (maximum at max depth) Maximum mole concentration of dissolved molecular oxygen in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Max.BOv2_2.tif.zip
1155 Bio-ORACLE BO22_dissoxmax_bdmean Dissolved oxygen concentration (maximum at mean depth) Maximum mole concentration of dissolved molecular oxygen in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Max.BOv2_2.tif.zip
1156 Bio-ORACLE BO22_dissoxmax_bdmin Dissolved oxygen concentration (maximum at min depth) Maximum mole concentration of dissolved molecular oxygen in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Max.BOv2_2.tif.zip
1157 Bio-ORACLE BO22_dissoxmax_ss Dissolved oxygen concentration (maximum) Maximum dissolved oxygen concentration FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Max.BOv2_2.tif.zip
1158 Bio-ORACLE BO22_dissoxmean_bdmax Dissolved oxygen concentration (mean at max depth) Mean mole concentration of dissolved molecular oxygen in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Max.BOv2_2.tif.zip
1159 Bio-ORACLE BO22_dissoxmean_bdmean Dissolved oxygen concentration (mean at mean depth) Mean mole concentration of dissolved molecular oxygen in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Mean.BOv2_2.tif.zip
1160 Bio-ORACLE BO22_dissoxmean_bdmin Dissolved oxygen concentration (mean at min depth) Mean mole concentration of dissolved molecular oxygen in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Min.BOv2_2.tif.zip
1161 Bio-ORACLE BO22_dissoxmean_ss Dissolved oxygen concentration (mean) Mean dissolved oxygen concentration FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Mean.BOv2_2.tif.zip
1162 Bio-ORACLE BO22_dissoxmin_bdmax Dissolved oxygen concentration (minimum at max depth) Minimum mole concentration of dissolved molecular oxygen in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Max.BOv2_2.tif.zip
1163 Bio-ORACLE BO22_dissoxmin_bdmean Dissolved oxygen concentration (minimum at mean depth) Minimum mole concentration of dissolved molecular oxygen in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Min.BOv2_2.tif.zip
1164 Bio-ORACLE BO22_dissoxmin_bdmin Dissolved oxygen concentration (minimum at min depth) Minimum mole concentration of dissolved molecular oxygen in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Min.BOv2_2.tif.zip
1165 Bio-ORACLE BO22_dissoxmin_ss Dissolved oxygen concentration (minimum) Minimum dissolved oxygen concentration FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Min.BOv2_2.tif.zip
1166 Bio-ORACLE BO22_dissoxrange_bdmax Dissolved oxygen concentration (range at max depth) Range of the mole concentration of dissolved molecular oxygen in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Max.BOv2_2.tif.zip
1167 Bio-ORACLE BO22_dissoxrange_bdmean Dissolved oxygen concentration (range at mean depth) Range of the mole concentration of dissolved molecular oxygen in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Mean.BOv2_2.tif.zip
1168 Bio-ORACLE BO22_dissoxrange_bdmin Dissolved oxygen concentration (range at min depth) Range of the mole concentration of dissolved molecular oxygen in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Min.BOv2_2.tif.zip
1169 Bio-ORACLE BO22_dissoxrange_ss Dissolved oxygen concentration (range) Range of dissolved oxygen concentration FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Dissolved.oxygen.Range.BOv2_2.tif.zip
1170 Bio-ORACLE BO22_icecoverltmax_ss Sea ice concentration (longterm max) Longterm maximum sea ice concentration FALSE TRUE FALSE 7000 0.0833333 fraction Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Ice.cover.Lt.max.BOv2_2.tif.zip
1171 Bio-ORACLE BO22_icecoverltmin_ss Sea ice concentration (longterm min) Longterm minimum sea ice concentration FALSE TRUE FALSE 7000 0.0833333 fraction Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Ice.cover.Lt.min.BOv2_2.tif.zip
1172 Bio-ORACLE BO22_icecovermax_ss Sea ice concentration (maximum) Maximum sea ice concentration FALSE TRUE FALSE 7000 0.0833333 fraction Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Ice.cover.Max.BOv2_2.tif.zip
1173 Bio-ORACLE BO22_icecovermean_ss Sea ice concentration (mean) Mean sea ice concentration FALSE TRUE FALSE 7000 0.0833333 fraction Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Ice.cover.Mean.BOv2_2.tif.zip
1174 Bio-ORACLE BO22_icecovermin_ss Sea ice concentration (minimum) Minimum sea ice concentration FALSE TRUE FALSE 7000 0.0833333 fraction Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA min NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Ice.cover.Min.BOv2_2.tif.zip
1175 Bio-ORACLE BO22_icecoverrange_ss Sea ice concentration (range) Range of sea ice concentration FALSE TRUE FALSE 7000 0.0833333 fraction Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Ice.cover.Range.BOv2_2.tif.zip
1176 Bio-ORACLE BO22_icethickltmax_ss Sea ice thickness (longterm max) Longterm maximum sea ice thickness FALSE TRUE FALSE 7000 0.0833333 m Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Ice.thickness.Lt.max.BOv2_2.tif.zip
1177 Bio-ORACLE BO22_icethickltmin_ss Sea ice thickness (longterm min) Longterm minimum sea ice thickness FALSE TRUE FALSE 7000 0.0833333 m Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Ice.thickness.Lt.min.BOv2_2.tif.zip
1178 Bio-ORACLE BO22_icethickmax_ss Sea ice thickness (maximum) Maximum sea ice thickness FALSE TRUE FALSE 7000 0.0833333 m Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Ice.thickness.Max.BOv2_2.tif.zip
1179 Bio-ORACLE BO22_icethickmean_ss Sea ice thickness (mean) Mean sea ice thickness FALSE TRUE FALSE 7000 0.0833333 m Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Ice.thickness.Mean.BOv2_2.tif.zip
1180 Bio-ORACLE BO22_icethickmin_ss Sea ice thickness (minimum) Minimum sea ice thickness FALSE TRUE FALSE 7000 0.0833333 m Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA min NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Ice.thickness.Min.BOv2_2.tif.zip
1181 Bio-ORACLE BO22_icethickrange_ss Sea ice thickness (range) Range of sea ice thickness FALSE TRUE FALSE 7000 0.0833333 m Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Ice.thickness.Range.BOv2_2.tif.zip
1182 Bio-ORACLE BO22_ironltmax_bdmax Iron concentration (longterm max at max depth) Longterm maximum mole concentration of dissolved iron in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Iron.Lt.max.BOv2_2.tif.zip
1183 Bio-ORACLE BO22_ironltmax_bdmean Iron concentration (longterm max at mean depth) Longterm maximum mole concentration of dissolved iron in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Iron.Lt.max.BOv2_2.tif.zip
1184 Bio-ORACLE BO22_ironltmax_bdmin Iron concentration (longterm max at min depth) Longterm maximum mole concentration of dissolved iron in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Iron.Lt.max.BOv2_2.tif.zip
1185 Bio-ORACLE BO22_ironltmax_ss Iron concentration (longterm max) Longterm maximum mole concentration of dissolved iron at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Iron.Lt.max.BOv2_2.tif.zip
1186 Bio-ORACLE BO22_ironltmin_bdmax Iron concentration (longterm min at max depth) Longterm minimum mole concentration of dissolved iron in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Iron.Lt.max.BOv2_2.tif.zip
1187 Bio-ORACLE BO22_ironltmin_bdmean Iron concentration (longterm max at mean depth) Longterm minimum mole concentration of dissolved iron in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Iron.Lt.min.BOv2_2.tif.zip
1188 Bio-ORACLE BO22_ironltmin_bdmin Iron concentration (longterm min at min depth) Longterm minimum mole concentration of dissolved iron in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Iron.Lt.min.BOv2_2.tif.zip
1189 Bio-ORACLE BO22_ironltmin_ss Iron concentration (longterm min) Longterm minimum mole concentration of dissolved iron at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Iron.Lt.min.BOv2_2.tif.zip
1190 Bio-ORACLE BO22_ironmax_bdmax Iron concentration (maximum at max depth) Maximum mole concentration of dissolved iron in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Iron.Max.BOv2_2.tif.zip
1191 Bio-ORACLE BO22_ironmax_bdmean Iron concentration (maximum at mean depth) Maximum mole concentration of dissolved iron in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Iron.Max.BOv2_2.tif.zip
1192 Bio-ORACLE BO22_ironmax_bdmin Iron concentration (maximum at min depth) Maximum mole concentration of dissolved iron in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Iron.Max.BOv2_2.tif.zip
1193 Bio-ORACLE BO22_ironmax_ss Iron concentration (maximum) Maximum mole concentration of dissolved iron at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Iron.Max.BOv2_2.tif.zip
1194 Bio-ORACLE BO22_ironmean_bdmax Iron concentration (mean at max depth) Mean mole concentration of dissolved iron in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Iron.Max.BOv2_2.tif.zip
1195 Bio-ORACLE BO22_ironmean_bdmean Iron concentration (mean at mean depth) Mean mole concentration of dissolved iron in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Iron.Mean.BOv2_2.tif.zip
1196 Bio-ORACLE BO22_ironmean_bdmin Iron concentration (mean at min depth) Mean mole concentration of dissolved iron in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Iron.Min.BOv2_2.tif.zip
1197 Bio-ORACLE BO22_ironmean_ss Iron concentration (mean) Mean mole concentration of dissolved iron at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Iron.Mean.BOv2_2.tif.zip
1198 Bio-ORACLE BO22_ironmin_bdmax Iron concentration (minimum at max depth) Minimum mole concentration of dissolved iron in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Iron.Max.BOv2_2.tif.zip
1199 Bio-ORACLE BO22_ironmin_bdmean Iron concentration (minimum at mean depth) Minimum mole concentration of dissolved iron in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Iron.Min.BOv2_2.tif.zip
1200 Bio-ORACLE BO22_ironmin_bdmin Iron concentration (minimum at min depth) Minimum mole concentration of dissolved iron in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Iron.Min.BOv2_2.tif.zip
1201 Bio-ORACLE BO22_ironmin_ss Iron concentration (minimum) Minimum mole concentration of dissolved iron at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Iron.Min.BOv2_2.tif.zip
1202 Bio-ORACLE BO22_ironrange_bdmax Iron concentration (range at max depth) Range of the mole concentration of dissolved iron in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Iron.Max.BOv2_2.tif.zip
1203 Bio-ORACLE BO22_ironrange_bdmean Iron concentration (range at mean depth) Range of the mole concentration of dissolved iron in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Iron.Mean.BOv2_2.tif.zip
1204 Bio-ORACLE BO22_ironrange_bdmin Iron concentration (range at min depth) Range of the mole concentration of dissolved iron in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Iron.Min.BOv2_2.tif.zip
1205 Bio-ORACLE BO22_ironrange_ss Iron concentration (range) Range of mole concentration of dissolved iron at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Iron.Range.BOv2_2.tif.zip
1206 Bio-ORACLE BO22_lightbotltmax_bdmax Light at bottom (longterm max at max depth) Longterm maximum light penetration in the ocean at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 E/m^2/year satellite imagery 0.05 arcdegree Globcolour (Maritorena et al. 2010) 2000 NA NA 2014 NA NA long term maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Light.bottom.Lt.max.BOv2_2.tif.zip
1207 Bio-ORACLE BO22_lightbotltmax_bdmean Light at bottom (longterm max at mean depth) Longterm maximum light penetration in the ocean at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 E/m^2/year satellite imagery 0.05 arcdegree Globcolour (Maritorena et al. 2010) 2000 NA NA 2014 NA NA long term maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Light.bottom.Lt.max.BOv2_2.tif.zip
1208 Bio-ORACLE BO22_lightbotltmax_bdmin Light at bottom (longterm max at min depth) Longterm maximum light penetration in the ocean at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 E/m^2/year satellite imagery 0.05 arcdegree Globcolour (Maritorena et al. 2010) 2000 NA NA 2014 NA NA long term maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Light.bottom.Lt.max.BOv2_2.tif.zip
1209 Bio-ORACLE BO22_lightbotltmin_bdmax Light at bottom (longterm min at max depth) Longterm minimum light penetration in the ocean at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 E/m^2/year satellite imagery 0.05 arcdegree Globcolour (Maritorena et al. 2010) 2000 NA NA 2014 NA NA long term minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Light.bottom.Lt.max.BOv2_2.tif.zip
1210 Bio-ORACLE BO22_lightbotltmin_bdmean Light at bottom (longterm max at mean depth) Longterm minimum light penetration in the ocean at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 E/m^2/year satellite imagery 0.05 arcdegree Globcolour (Maritorena et al. 2010) 2000 NA NA 2014 NA NA long term minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Light.bottom.Lt.min.BOv2_2.tif.zip
1211 Bio-ORACLE BO22_lightbotltmin_bdmin Light at bottom (longterm min at min depth) Longterm minimum light penetration in the ocean at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 E/m^2/year satellite imagery 0.05 arcdegree Globcolour (Maritorena et al. 2010) 2000 NA NA 2014 NA NA long term minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Light.bottom.Lt.min.BOv2_2.tif.zip
1212 Bio-ORACLE BO22_lightbotmax_bdmax Light at bottom (maximum at max depth) Maximum light penetration in the ocean at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 E/m^2/year Model 0.05 arcdegree Globcolour (Maritorena et al. 2010) 2000 NA NA 2014 NA NA maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Light.bottom.Max.BOv2_2.tif.zip
1213 Bio-ORACLE BO22_lightbotmax_bdmean Light at bottom (maximum at mean depth) Maximum light penetration in the ocean at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 E/m^2/year satellite imagery 0.05 arcdegree Globcolour (Maritorena et al. 2010) 2000 NA NA 2014 NA NA maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Light.bottom.Max.BOv2_2.tif.zip
1214 Bio-ORACLE BO22_lightbotmax_bdmin Light at bottom (maximum at min depth) Maximum light penetration in the ocean at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 E/m^2/year satellite imagery 0.05 arcdegree Globcolour (Maritorena et al. 2010) 2000 NA NA 2014 NA NA maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Light.bottom.Max.BOv2_2.tif.zip
1215 Bio-ORACLE BO22_lightbotmean_bdmax Light at bottom (mean at max depth) Mean light penetration in the ocean at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 E/m^2/year satellite imagery 0.05 arcdegree Globcolour (Maritorena et al. 2010) 2000 NA NA 2014 NA NA mean value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Light.bottom.Max.BOv2_2.tif.zip
1216 Bio-ORACLE BO22_lightbotmean_bdmean Light at bottom (mean at mean depth) Mean light penetration in the ocean at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 E/m^2/year satellite imagery 0.05 arcdegree Globcolour (Maritorena et al. 2010) 2000 NA NA 2014 NA NA mean value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Light.bottom.Mean.BOv2_2.tif.zip
1217 Bio-ORACLE BO22_lightbotmean_bdmin Light at bottom (mean at min depth) Mean light penetration in the ocean at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 E/m^2/year satellite imagery 0.05 arcdegree Globcolour (Maritorena et al. 2010) 2000 NA NA 2014 NA NA mean value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Light.bottom.Min.BOv2_2.tif.zip
1218 Bio-ORACLE BO22_lightbotmin_bdmax Light at bottom (minimum at max depth) Minimum light penetration in the ocean at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 E/m^2/year satellite imagery 0.05 arcdegree Globcolour (Maritorena et al. 2010) 2000 NA NA 2014 NA NA minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Light.bottom.Max.BOv2_2.tif.zip
1219 Bio-ORACLE BO22_lightbotmin_bdmean Light at bottom (minimum at mean depth) Minimum light penetration in the ocean at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 E/m^2/year satellite imagery 0.05 arcdegree Globcolour (Maritorena et al. 2010) 2000 NA NA 2014 NA NA minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Light.bottom.Min.BOv2_2.tif.zip
1220 Bio-ORACLE BO22_lightbotmin_bdmin Light at bottom (minimum at min depth) Minimum light penetration in the ocean at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 E/m^2/year satellite imagery 0.05 arcdegree Globcolour (Maritorena et al. 2010) 2000 NA NA 2014 NA NA minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Light.bottom.Min.BOv2_2.tif.zip
1221 Bio-ORACLE BO22_lightbotrange_bdmax Light at bottom (range at max depth) Range of the light penetration in the ocean at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 E/m^2/year satellite imagery 0.05 arcdegree Globcolour (Maritorena et al. 2010) 2000 NA NA 2014 NA NA range at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Light.bottom.Max.BOv2_2.tif.zip
1222 Bio-ORACLE BO22_lightbotrange_bdmean Light at bottom (range at mean depth) Range of the light penetration in the ocean at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 E/m^2/year satellite imagery 0.05 arcdegree Globcolour (Maritorena et al. 2010) 2000 NA NA 2014 NA NA range at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Light.bottom.Mean.BOv2_2.tif.zip
1223 Bio-ORACLE BO22_lightbotrange_bdmin Light at bottom (range at min depth) Range of the light penetration in the ocean at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 E/m^2/year satellite imagery 0.05 arcdegree Globcolour (Maritorena et al. 2010) 2000 NA NA 2014 NA NA range at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Light.bottom.Min.BOv2_2.tif.zip
1224 Bio-ORACLE BO22_nitrateltmax_bdmax Nitrate concentration (longterm max at max depth) Longterm maximum mole concentration of nitrate in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Nitrate.Lt.max.BOv2_2.tif.zip
1225 Bio-ORACLE BO22_nitrateltmax_bdmean Nitrate concentration (longterm max at mean depth) Longterm maximum mole concentration of nitrate in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Nitrate.Lt.max.BOv2_2.tif.zip
1226 Bio-ORACLE BO22_nitrateltmax_bdmin Nitrate concentration (longterm max at min depth) Longterm maximum mole concentration of nitrate in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Nitrate.Lt.max.BOv2_2.tif.zip
1227 Bio-ORACLE BO22_nitrateltmax_ss Nitrate concentration (longterm max) Longterm maximum mole concentration of nitrate at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Nitrate.Lt.max.BOv2_2.tif.zip
1228 Bio-ORACLE BO22_nitrateltmin_bdmax Nitrate concentration (longterm min at max depth) Longterm minimum mole concentration of nitrate in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Nitrate.Lt.max.BOv2_2.tif.zip
1229 Bio-ORACLE BO22_nitrateltmin_bdmean Nitrate concentration (longterm max at mean depth) Longterm minimum mole concentration of nitrate in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Nitrate.Lt.min.BOv2_2.tif.zip
1230 Bio-ORACLE BO22_nitrateltmin_bdmin Nitrate concentration (longterm min at min depth) Longterm minimum mole concentration of nitrate in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Nitrate.Lt.min.BOv2_2.tif.zip
1231 Bio-ORACLE BO22_nitrateltmin_ss Nitrate concentration (longterm min) Longterm minimum mole concentration of nitrate at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Nitrate.Lt.min.BOv2_2.tif.zip
1232 Bio-ORACLE BO22_nitratemax_bdmax Nitrate concentration (maximum at max depth) Maximum mole concentration of nitrate in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Nitrate.Max.BOv2_2.tif.zip
1233 Bio-ORACLE BO22_nitratemax_bdmean Nitrate concentration (maximum at mean depth) Maximum mole concentration of nitrate in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Nitrate.Max.BOv2_2.tif.zip
1234 Bio-ORACLE BO22_nitratemax_bdmin Nitrate concentration (maximum at min depth) Maximum mole concentration of nitrate in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Nitrate.Max.BOv2_2.tif.zip
1235 Bio-ORACLE BO22_nitratemax_ss Nitrate concentration (maximum) Maximum mole concentration of nitrate at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Nitrate.Max.BOv2_2.tif.zip
1236 Bio-ORACLE BO22_nitratemean_bdmax Nitrate concentration (mean at max depth) Mean mole concentration of nitrate in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Nitrate.Max.BOv2_2.tif.zip
1237 Bio-ORACLE BO22_nitratemean_bdmean Nitrate concentration (mean at mean depth) Mean mole concentration of nitrate in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Nitrate.Mean.BOv2_2.tif.zip
1238 Bio-ORACLE BO22_nitratemean_bdmin Nitrate concentration (mean at min depth) Mean mole concentration of nitrate in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Nitrate.Min.BOv2_2.tif.zip
1239 Bio-ORACLE BO22_nitratemean_ss Nitrate concentration (mean) Mean mole concentration of nitrate at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Nitrate.Mean.BOv2_2.tif.zip
1240 Bio-ORACLE BO22_nitratemin_bdmax Nitrate concentration (minimum at max depth) Minimum mole concentration of nitrate in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Nitrate.Max.BOv2_2.tif.zip
1241 Bio-ORACLE BO22_nitratemin_bdmean Nitrate concentration (minimum at mean depth) Minimum mole concentration of nitrate in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Nitrate.Min.BOv2_2.tif.zip
1242 Bio-ORACLE BO22_nitratemin_bdmin Nitrate concentration (minimum at min depth) Minimum mole concentration of nitrate in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Nitrate.Min.BOv2_2.tif.zip
1243 Bio-ORACLE BO22_nitratemin_ss Nitrate concentration (minimum) Minimum mole concentration of nitrate at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Nitrate.Min.BOv2_2.tif.zip
1244 Bio-ORACLE BO22_nitraterange_bdmax Nitrate concentration (range at max depth) Range of the mole concentration of nitrate in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Nitrate.Max.BOv2_2.tif.zip
1245 Bio-ORACLE BO22_nitraterange_bdmean Nitrate concentration (range at mean depth) Range of the mole concentration of nitrate in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Nitrate.Mean.BOv2_2.tif.zip
1246 Bio-ORACLE BO22_nitraterange_bdmin Nitrate concentration (range at min depth) Range of the mole concentration of nitrate in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Nitrate.Min.BOv2_2.tif.zip
1247 Bio-ORACLE BO22_nitraterange_ss Nitrate concentration (range) Range of mole concentration of nitrate at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Nitrate.Range.BOv2_2.tif.zip
1248 Bio-ORACLE BO22_phosphateltmax_bdmax Phosphate concentration (longterm max at max depth) Longterm maximum mole concentration of phosphate in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Phosphate.Lt.max.BOv2_2.tif.zip
1249 Bio-ORACLE BO22_phosphateltmax_bdmean Phosphate concentration (longterm max at mean depth) Longterm maximum mole concentration of phosphate in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Phosphate.Lt.max.BOv2_2.tif.zip
1250 Bio-ORACLE BO22_phosphateltmax_bdmin Phosphate concentration (longterm max at min depth) Longterm maximum mole concentration of phosphate in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Phosphate.Lt.max.BOv2_2.tif.zip
1251 Bio-ORACLE BO22_phosphateltmax_ss Phosphate concentration (longterm max) Longterm maximum mole concentration of phosphate at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Phosphate.Lt.max.BOv2_2.tif.zip
1252 Bio-ORACLE BO22_phosphateltmin_bdmax Phosphate concentration (longterm min at max depth) Longterm minimum mole concentration of phosphate in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Phosphate.Lt.max.BOv2_2.tif.zip
1253 Bio-ORACLE BO22_phosphateltmin_bdmean Phosphate concentration (longterm max at mean depth) Longterm minimum mole concentration of phosphate in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Phosphate.Lt.min.BOv2_2.tif.zip
1254 Bio-ORACLE BO22_phosphateltmin_bdmin Phosphate concentration (longterm min at min depth) Longterm minimum mole concentration of phosphate in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Phosphate.Lt.min.BOv2_2.tif.zip
1255 Bio-ORACLE BO22_phosphateltmin_ss Phosphate concentration (longterm min) Longterm minimum mole concentration of phosphate at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Phosphate.Lt.min.BOv2_2.tif.zip
1256 Bio-ORACLE BO22_phosphatemax_bdmax Phosphate concentration (maximum at max depth) Maximum mole concentration of phosphate in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Phosphate.Max.BOv2_2.tif.zip
1257 Bio-ORACLE BO22_phosphatemax_bdmean Phosphate concentration (maximum at mean depth) Maximum mole concentration of phosphate in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Phosphate.Max.BOv2_2.tif.zip
1258 Bio-ORACLE BO22_phosphatemax_bdmin Phosphate concentration (maximum at min depth) Maximum mole concentration of phosphate in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Phosphate.Max.BOv2_2.tif.zip
1259 Bio-ORACLE BO22_phosphatemax_ss Phosphate concentration (maximum) Maximum mole concentration of phosphate at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Phosphate.Max.BOv2_2.tif.zip
1260 Bio-ORACLE BO22_phosphatemean_bdmax Phosphate concentration (mean at max depth) Mean mole concentration of phosphate in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Phosphate.Max.BOv2_2.tif.zip
1261 Bio-ORACLE BO22_phosphatemean_bdmean Phosphate concentration (mean at mean depth) Mean mole concentration of phosphate in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Phosphate.Mean.BOv2_2.tif.zip
1262 Bio-ORACLE BO22_phosphatemean_bdmin Phosphate concentration (mean at min depth) Mean mole concentration of phosphate in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Phosphate.Min.BOv2_2.tif.zip
1263 Bio-ORACLE BO22_phosphatemean_ss Phosphate concentration (mean) Mean mole concentration of phosphate at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Phosphate.Mean.BOv2_2.tif.zip
1264 Bio-ORACLE BO22_phosphatemin_bdmax Phosphate concentration (minimum at max depth) Minimum mole concentration of phosphate in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Phosphate.Max.BOv2_2.tif.zip
1265 Bio-ORACLE BO22_phosphatemin_bdmean Phosphate concentration (minimum at mean depth) Minimum mole concentration of phosphate in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Phosphate.Min.BOv2_2.tif.zip
1266 Bio-ORACLE BO22_phosphatemin_bdmin Phosphate concentration (minimum at min depth) Minimum mole concentration of phosphate in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Phosphate.Min.BOv2_2.tif.zip
1267 Bio-ORACLE BO22_phosphatemin_ss Phosphate concentration (minimum) Minimum mole concentration of phosphate at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Phosphate.Min.BOv2_2.tif.zip
1268 Bio-ORACLE BO22_phosphaterange_bdmax Phosphate concentration (range at max depth) Range of the mole concentration of phosphate in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Phosphate.Max.BOv2_2.tif.zip
1269 Bio-ORACLE BO22_phosphaterange_bdmean Phosphate concentration (range at mean depth) Range of the mole concentration of phosphate in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Phosphate.Mean.BOv2_2.tif.zip
1270 Bio-ORACLE BO22_phosphaterange_bdmin Phosphate concentration (range at min depth) Range of the mole concentration of phosphate in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Phosphate.Min.BOv2_2.tif.zip
1271 Bio-ORACLE BO22_phosphaterange_ss Phosphate concentration (range) Range of mole concentration of phosphate at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Phosphate.Range.BOv2_2.tif.zip
1272 Bio-ORACLE BO22_ppltmax_bdmax Primary production (longterm max at max depth) Longterm maximum net primary productivity of carbon at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Primary.productivity.Lt.max.BOv2_2.tif.zip
1273 Bio-ORACLE BO22_ppltmax_bdmean Primary production (longterm max at mean depth) Longterm maximum net primary productivity of carbon at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Primary.productivity.Lt.max.BOv2_2.tif.zip
1274 Bio-ORACLE BO22_ppltmax_bdmin Primary production (longterm max at min depth) Longterm maximum net primary productivity of carbon at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Primary.productivity.Lt.max.BOv2_2.tif.zip
1275 Bio-ORACLE BO22_ppltmax_ss Primary production (longterm max) Longterm maximum sea surface net primary productivity of carbon FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Primary.productivity.Lt.max.BOv2_2.tif.zip
1276 Bio-ORACLE BO22_ppltmin_bdmax Primary production (longterm min at max depth) Longterm minimum net primary productivity of carbon at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Primary.productivity.Lt.max.BOv2_2.tif.zip
1277 Bio-ORACLE BO22_ppltmin_bdmean Primary production (longterm max at mean depth) Longterm minimum net primary productivity of carbon at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Primary.productivity.Lt.min.BOv2_2.tif.zip
1278 Bio-ORACLE BO22_ppltmin_bdmin Primary production (longterm min at min depth) Longterm minimum net primary productivity of carbon at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Primary.productivity.Lt.min.BOv2_2.tif.zip
1279 Bio-ORACLE BO22_ppltmin_ss Primary production (longterm min) Longterm minimum sea surface net primary productivity of carbon FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Primary.productivity.Lt.min.BOv2_2.tif.zip
1280 Bio-ORACLE BO22_ppmax_bdmax Primary production (maximum at max depth) Maximum net primary productivity of carbon at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Primary.productivity.Max.BOv2_2.tif.zip
1281 Bio-ORACLE BO22_ppmax_bdmean Primary production (maximum at mean depth) Maximum net primary productivity of carbon at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Primary.productivity.Max.BOv2_2.tif.zip
1282 Bio-ORACLE BO22_ppmax_bdmin Primary production (maximum at min depth) Maximum net primary productivity of carbon at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Primary.productivity.Max.BOv2_2.tif.zip
1283 Bio-ORACLE BO22_ppmax_ss Primary production (maximum) Maximum sea surface net primary productivity of carbon FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Primary.productivity.Max.BOv2_2.tif.zip
1284 Bio-ORACLE BO22_ppmean_bdmax Primary production (mean at max depth) Mean net primary productivity of carbon at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Primary.productivity.Max.BOv2_2.tif.zip
1285 Bio-ORACLE BO22_ppmean_bdmean Primary production (mean at mean depth) Mean net primary productivity of carbon at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Primary.productivity.Mean.BOv2_2.tif.zip
1286 Bio-ORACLE BO22_ppmean_bdmin Primary production (mean at min depth) Mean net primary productivity of carbon at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Primary.productivity.Min.BOv2_2.tif.zip
1287 Bio-ORACLE BO22_ppmean_ss Primary production (mean) Mean sea surface net primary productivity of carbon FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Primary.productivity.Mean.BOv2_2.tif.zip
1288 Bio-ORACLE BO22_ppmin_bdmax Primary production (minimum at max depth) Minimum net primary productivity of carbon at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Primary.productivity.Max.BOv2_2.tif.zip
1289 Bio-ORACLE BO22_ppmin_bdmean Primary production (minimum at mean depth) Minimum net primary productivity of carbon at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Primary.productivity.Min.BOv2_2.tif.zip
1290 Bio-ORACLE BO22_ppmin_bdmin Primary production (minimum at min depth) Minimum net primary productivity of carbon at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Primary.productivity.Min.BOv2_2.tif.zip
1291 Bio-ORACLE BO22_ppmin_ss Primary production (minimum) Minimum sea surface net primary productivity of carbon FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Primary.productivity.Min.BOv2_2.tif.zip
1292 Bio-ORACLE BO22_pprange_bdmax Primary production (range at max depth) Range of the net primary productivity of carbon at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Primary.productivity.Max.BOv2_2.tif.zip
1293 Bio-ORACLE BO22_pprange_bdmean Primary production (range at mean depth) Range of the net primary productivity of carbon at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Primary.productivity.Mean.BOv2_2.tif.zip
1294 Bio-ORACLE BO22_pprange_bdmin Primary production (range at min depth) Range of the net primary productivity of carbon at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Primary.productivity.Min.BOv2_2.tif.zip
1295 Bio-ORACLE BO22_pprange_ss Primary production (range) Range of sea surface net primary productivity of carbon FALSE TRUE FALSE 7000 0.0833333 g/m^3/day Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Primary.productivity.Range.BOv2_2.tif.zip
1296 Bio-ORACLE BO22_salinityltmax_bdmax Sea water salinity (longterm max at max depth) Longterm maximum sea water salinity at the bottom at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Salinity.Lt.max.BOv2_2.tif.zip
1297 Bio-ORACLE BO22_salinityltmax_bdmean Sea water salinity (longterm max at mean depth) Longterm maximum sea water salinity at the bottom at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Salinity.Lt.max.BOv2_2.tif.zip
1298 Bio-ORACLE BO22_salinityltmax_bdmin Sea water salinity (longterm max at min depth) Longterm maximum sea water salinity at the bottom at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Salinity.Lt.max.BOv2_2.tif.zip
1299 Bio-ORACLE BO22_salinityltmax_ss Sea surface salinity (longterm max) Longterm maximum sea surface salinity FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Salinity.Lt.max.BOv2_2.tif.zip
1300 Bio-ORACLE BO22_salinityltmin_bdmax Sea water salinity (longterm min at max depth) Longterm minimum sea water salinity at the bottom at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Salinity.Lt.max.BOv2_2.tif.zip
1301 Bio-ORACLE BO22_salinityltmin_bdmean Sea water salinity (longterm max at mean depth) Longterm minimum sea water salinity at the bottom at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Salinity.Lt.min.BOv2_2.tif.zip
1302 Bio-ORACLE BO22_salinityltmin_bdmin Sea water salinity (longterm min at min depth) Longterm minimum sea water salinity at the bottom at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Salinity.Lt.min.BOv2_2.tif.zip
1303 Bio-ORACLE BO22_salinityltmin_ss Sea surface salinity (longterm min) Longterm minimum sea surface salinity FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Salinity.Lt.min.BOv2_2.tif.zip
1304 Bio-ORACLE BO22_salinitymax_bdmax Sea water salinity (maximum at max depth) Maximum sea water salinity at the bottom at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
1305 Bio-ORACLE BO22_salinitymax_bdmean Sea water salinity (maximum at mean depth) Maximum sea water salinity at the bottom at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Salinity.Max.BOv2_2.tif.zip
1306 Bio-ORACLE BO22_salinitymax_bdmin Sea water salinity (maximum at min depth) Maximum sea water salinity at the bottom at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Salinity.Max.BOv2_2.tif.zip
1307 Bio-ORACLE BO22_salinitymax_ss Sea surface salinity (maximum) Maximum sea surface salinity FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Salinity.Max.BOv2_2.tif.zip
1308 Bio-ORACLE BO22_salinitymean_bdmax Sea water salinity (mean at max depth) Mean sea water salinity at the bottom at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
1309 Bio-ORACLE BO22_salinitymean_bdmean Sea water salinity (mean at mean depth) Mean sea water salinity at the bottom at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Salinity.Mean.BOv2_2.tif.zip
1310 Bio-ORACLE BO22_salinitymean_bdmin Sea water salinity (mean at min depth) Mean sea water salinity at the bottom at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
1311 Bio-ORACLE BO22_salinitymean_ss Sea surface salinity (mean) Mean sea surface salinity FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Salinity.Mean.BOv2_2.tif.zip
1312 Bio-ORACLE BO22_salinitymin_bdmax Sea water salinity (minimum at max depth) Minimum sea water salinity at the bottom at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
1313 Bio-ORACLE BO22_salinitymin_bdmean Sea water salinity (minimum at mean depth) Minimum sea water salinity at the bottom at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Salinity.Min.BOv2_2.tif.zip
1314 Bio-ORACLE BO22_salinitymin_bdmin Sea water salinity (minimum at min depth) Minimum sea water salinity at the bottom at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
1315 Bio-ORACLE BO22_salinitymin_ss Sea surface salinity (minimum) Minimum sea surface salinity FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Salinity.Min.BOv2_2.tif.zip
1316 Bio-ORACLE BO22_salinityrange_bdmax Sea water salinity (range at max depth) Range of the sea water salinity at the bottom at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
1317 Bio-ORACLE BO22_salinityrange_bdmean Sea water salinity (range at mean depth) Range of the sea water salinity at the bottom at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Salinity.Mean.BOv2_2.tif.zip
1318 Bio-ORACLE BO22_salinityrange_bdmin Sea water salinity (range at min depth) Range of the sea water salinity at the bottom at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
1319 Bio-ORACLE BO22_salinityrange_ss Sea surface salinity (range) Range of sea surface salinity FALSE TRUE FALSE 7000 0.0833333 PSS Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Salinity.Range.BOv2_2.tif.zip
1320 Bio-ORACLE BO22_silicateltmax_bdmax Silicate concentration (longterm max at max depth) Longterm maximum mole concentration of silicate in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Silicate.Lt.max.BOv2_2.tif.zip
1321 Bio-ORACLE BO22_silicateltmax_bdmean Silicate concentration (longterm max at mean depth) Longterm maximum mole concentration of silicate in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Silicate.Lt.max.BOv2_2.tif.zip
1322 Bio-ORACLE BO22_silicateltmax_bdmin Silicate concentration (longterm max at min depth) Longterm maximum mole concentration of silicate in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Silicate.Lt.max.BOv2_2.tif.zip
1323 Bio-ORACLE BO22_silicateltmax_ss Silicate concentration (longterm max) Longterm maximum mole concentration of silicate at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Silicate.Lt.max.BOv2_2.tif.zip
1324 Bio-ORACLE BO22_silicateltmin_bdmax Silicate concentration (longterm min at max depth) Longterm minimum mole concentration of silicate in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Silicate.Lt.max.BOv2_2.tif.zip
1325 Bio-ORACLE BO22_silicateltmin_bdmean Silicate concentration (longterm max at mean depth) Longterm minimum mole concentration of silicate in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Silicate.Lt.min.BOv2_2.tif.zip
1326 Bio-ORACLE BO22_silicateltmin_bdmin Silicate concentration (longterm min at min depth) Longterm minimum mole concentration of silicate in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Silicate.Lt.min.BOv2_2.tif.zip
1327 Bio-ORACLE BO22_silicateltmin_ss Silicate concentration (longterm min) Longterm minimum mole concentration of silicate at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Silicate.Lt.min.BOv2_2.tif.zip
1328 Bio-ORACLE BO22_silicatemax_bdmax Silicate concentration (maximum at max depth) Maximum mole concentration of silicate in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Silicate.Max.BOv2_2.tif.zip
1329 Bio-ORACLE BO22_silicatemax_bdmean Silicate concentration (maximum at mean depth) Maximum mole concentration of silicate in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Silicate.Max.BOv2_2.tif.zip
1330 Bio-ORACLE BO22_silicatemax_bdmin Silicate concentration (maximum at min depth) Maximum mole concentration of silicate in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Silicate.Max.BOv2_2.tif.zip
1331 Bio-ORACLE BO22_silicatemax_ss Silicate concentration (maximum) Maximum mole concentration of silicate at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Silicate.Max.BOv2_2.tif.zip
1332 Bio-ORACLE BO22_silicatemean_bdmax Silicate concentration (mean at max depth) Mean mole concentration of silicate in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Silicate.Max.BOv2_2.tif.zip
1333 Bio-ORACLE BO22_silicatemean_bdmean Silicate concentration (mean at mean depth) Mean mole concentration of silicate in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Silicate.Mean.BOv2_2.tif.zip
1334 Bio-ORACLE BO22_silicatemean_bdmin Silicate concentration (mean at min depth) Mean mole concentration of silicate in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Silicate.Min.BOv2_2.tif.zip
1335 Bio-ORACLE BO22_silicatemean_ss Silicate concentration (mean) Mean mole concentration of silicate at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Silicate.Mean.BOv2_2.tif.zip
1336 Bio-ORACLE BO22_silicatemin_bdmax Silicate concentration (minimum at max depth) Minimum mole concentration of silicate in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Silicate.Max.BOv2_2.tif.zip
1337 Bio-ORACLE BO22_silicatemin_bdmean Silicate concentration (minimum at mean depth) Minimum mole concentration of silicate in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Silicate.Min.BOv2_2.tif.zip
1338 Bio-ORACLE BO22_silicatemin_bdmin Silicate concentration (minimum at min depth) Minimum mole concentration of silicate in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Silicate.Min.BOv2_2.tif.zip
1339 Bio-ORACLE BO22_silicatemin_ss Silicate concentration (minimum) Minimum mole concentration of silicate at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Silicate.Min.BOv2_2.tif.zip
1340 Bio-ORACLE BO22_silicaterange_bdmax Silicate concentration (range at max depth) Range of the mole concentration of silicate in sea water at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Silicate.Max.BOv2_2.tif.zip
1341 Bio-ORACLE BO22_silicaterange_bdmean Silicate concentration (range at mean depth) Range of the mole concentration of silicate in sea water at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Silicate.Mean.BOv2_2.tif.zip
1342 Bio-ORACLE BO22_silicaterange_bdmin Silicate concentration (range at min depth) Range of the mole concentration of silicate in sea water at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Silicate.Min.BOv2_2.tif.zip
1343 Bio-ORACLE BO22_silicaterange_ss Silicate concentration (range) Range of mole concentration of silicate at the sea surface FALSE TRUE FALSE 7000 0.0833333 micromol/m^3 Model 0.25 arcdegree Global Ocean Biogeochemistry NON ASSIMILATIVE Hindcast (PISCES) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at sea surface NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Silicate.Range.BOv2_2.tif.zip
1344 Bio-ORACLE BO22_templtmax_bdmax Sea water temperature (longterm max at max depth) Longterm maximum sea water temperature at the bottom at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Temperature.Lt.max.BOv2_2.tif.zip
1345 Bio-ORACLE BO22_templtmax_bdmean Sea water temperature (longterm max at mean depth) Longterm maximum sea water temperature at the bottom at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Temperature.Lt.max.BOv2_2.tif.zip
1346 Bio-ORACLE BO22_templtmax_bdmin Sea water temperature (longterm max at min depth) Longterm maximum sea water temperature at the bottom at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Temperature.Lt.max.BOv2_2.tif.zip
1347 Bio-ORACLE BO22_templtmax_ss Sea surface temperature (longterm max) Longterm maximum sea surface temperature FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term maximum NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Temperature.Lt.max.BOv2_2.tif.zip
1348 Bio-ORACLE BO22_templtmin_bdmax Sea water temperature (longterm min at max depth) Longterm minimum sea water temperature at the bottom at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Temperature.Lt.max.BOv2_2.tif.zip
1349 Bio-ORACLE BO22_templtmin_bdmean Sea water temperature (longterm max at mean depth) Longterm minimum sea water temperature at the bottom at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Temperature.Lt.min.BOv2_2.tif.zip
1350 Bio-ORACLE BO22_templtmin_bdmin Sea water temperature (longterm min at min depth) Longterm minimum sea water temperature at the bottom at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Temperature.Lt.min.BOv2_2.tif.zip
1351 Bio-ORACLE BO22_templtmin_ss Sea surface temperature (longterm min) Longterm minimum sea surface temperature FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA long term minimum NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Temperature.Lt.min.BOv2_2.tif.zip
1352 Bio-ORACLE BO22_tempmax_bdmax Sea water temperature (maximum at max depth) Maximum sea water temperature at the bottom at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
1353 Bio-ORACLE BO22_tempmax_bdmean Sea water temperature (maximum at mean depth) Maximum sea water temperature at the bottom at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Temperature.Max.BOv2_2.tif.zip
1354 Bio-ORACLE BO22_tempmax_bdmin Sea water temperature (maximum at min depth) Maximum sea water temperature at the bottom at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Temperature.Max.BOv2_2.tif.zip
1355 Bio-ORACLE BO22_tempmax_ss Sea surface temperature (maximum) Maximum sea surface temperature FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA maximum NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Temperature.Max.BOv2_2.tif.zip
1356 Bio-ORACLE BO22_tempmean_bdmax Sea water temperature (mean at max depth) Mean sea water temperature at the bottom at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
1357 Bio-ORACLE BO22_tempmean_bdmean Sea water temperature (mean at mean depth) Mean sea water temperature at the bottom at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Temperature.Mean.BOv2_2.tif.zip
1358 Bio-ORACLE BO22_tempmean_bdmin Sea water temperature (mean at min depth) Mean sea water temperature at the bottom at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
1359 Bio-ORACLE BO22_tempmean_ss Sea surface temperature (mean) Mean sea surface temperature FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA mean NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Temperature.Mean.BOv2_2.tif.zip
1360 Bio-ORACLE BO22_tempmin_bdmax Sea water temperature (minimum at max depth) Minimum sea water temperature at the bottom at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
1361 Bio-ORACLE BO22_tempmin_bdmean Sea water temperature (minimum at mean depth) Minimum sea water temperature at the bottom at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Temperature.Min.BOv2_2.tif.zip
1362 Bio-ORACLE BO22_tempmin_bdmin Sea water temperature (minimum at min depth) Minimum sea water temperature at the bottom at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA minimum value at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
1363 Bio-ORACLE BO22_tempmin_ss Sea surface temperature (minimum) Minimum sea surface temperature FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA min NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Temperature.Min.BOv2_2.tif.zip
1364 Bio-ORACLE BO22_temprange_bdmax Sea water temperature (range at max depth) Range of the sea water temperature at the bottom at maximum bottom depth FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at maximum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
1365 Bio-ORACLE BO22_temprange_bdmean Sea water temperature (range at mean depth) Range of the sea water temperature at the bottom at mean bottom depth FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at mean bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Mean.Depth.Temperature.Mean.BOv2_2.tif.zip
1366 Bio-ORACLE BO22_temprange_bdmin Sea water temperature (range at min depth) Range of the sea water temperature at the bottom at minimum bottom depth FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range at minimum bottom depth NA FALSE 2.2 https://bio-oracle.org/data/2.2/Present.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
1367 Bio-ORACLE BO22_temprange_ss Sea surface temperature (range) Range of sea surface temperature FALSE TRUE FALSE 7000 0.0833333 degrees Celcius Model 0.25 arcdegree Global Ocean Physics Reanalysis ECMWF ORAP5.0 (1979-2013) URL: http://marine.copernicus.eu/ 2000 NA NA 2014 NA NA range NA TRUE 2.2 https://bio-oracle.org/data/2.2/Present.Surface.Temperature.Range.BOv2_2.tif.zip

Bio-Oracle

list_layers_future("Bio-ORACLE", version = 2.2)
dataset_code layer_code current_layer_code model scenario year version layer_url
2690 Bio-ORACLE BO22_RCP26_2050_chloltmax_ss BO22_chloltmax_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Chlorophyll.Lt.max.BOv2_2.tif.zip
2691 Bio-ORACLE BO22_RCP26_2050_chloltmin_ss BO22_chloltmin_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Chlorophyll.Lt.min.BOv2_2.tif.zip
2692 Bio-ORACLE BO22_RCP26_2050_chlomax_ss BO22_chlomax_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Chlorophyll.Max.BOv2_2.tif.zip
2693 Bio-ORACLE BO22_RCP26_2050_chlomean_ss BO22_chlomean_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Chlorophyll.Mean.BOv2_2.tif.zip
2694 Bio-ORACLE BO22_RCP26_2050_chlomin_ss BO22_chlomin_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Chlorophyll.Min.BOv2_2.tif.zip
2695 Bio-ORACLE BO22_RCP26_2050_chlorange_ss BO22_chlorange_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Chlorophyll.Range.BOv2_2.tif.zip
2696 Bio-ORACLE BO22_RCP26_2050_curvelltmax_bdmax BO22_curvelltmax_bdmax AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Max.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
2697 Bio-ORACLE BO22_RCP26_2050_curvelltmax_bdmean BO22_curvelltmax_bdmean AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Mean.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
2698 Bio-ORACLE BO22_RCP26_2050_curvelltmax_bdmin BO22_curvelltmax_bdmin AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Min.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
2699 Bio-ORACLE BO22_RCP26_2050_curvelltmax_ss BO22_curvelltmax_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Current.Velocity.Lt.max.BOv2_2.tif.zip
2700 Bio-ORACLE BO22_RCP26_2050_curvelltmin_bdmax BO22_curvelltmin_bdmax AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Max.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
2701 Bio-ORACLE BO22_RCP26_2050_curvelltmin_bdmean BO22_curvelltmin_bdmean AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Mean.Depth.Current.Velocity.Lt.min.BOv2_2.tif.zip
2702 Bio-ORACLE BO22_RCP26_2050_curvelltmin_bdmin BO22_curvelltmin_bdmin AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Min.Depth.Current.Velocity.Lt.min.BOv2_2.tif.zip
2703 Bio-ORACLE BO22_RCP26_2050_curvelltmin_ss BO22_curvelltmin_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Current.Velocity.Lt.min.BOv2_2.tif.zip
2704 Bio-ORACLE BO22_RCP26_2050_curvelmax_bdmax BO22_curvelmax_bdmax AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2705 Bio-ORACLE BO22_RCP26_2050_curvelmax_bdmean BO22_curvelmax_bdmean AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Mean.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2706 Bio-ORACLE BO22_RCP26_2050_curvelmax_bdmin BO22_curvelmax_bdmin AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Min.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2707 Bio-ORACLE BO22_RCP26_2050_curvelmax_ss BO22_curvelmax_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Current.Velocity.Max.BOv2_2.tif.zip
2708 Bio-ORACLE BO22_RCP26_2050_curvelmean_bdmax BO22_curvelmean_bdmax AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2709 Bio-ORACLE BO22_RCP26_2050_curvelmean_bdmean BO22_curvelmean_bdmean AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Mean.Depth.Current.Velocity.Mean.BOv2_2.tif.zip
2710 Bio-ORACLE BO22_RCP26_2050_curvelmean_bdmin BO22_curvelmean_bdmin AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
2711 Bio-ORACLE BO22_RCP26_2050_curvelmean_ss BO22_curvelmean_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Current.Velocity.Mean.BOv2_2.tif.zip
2712 Bio-ORACLE BO22_RCP26_2050_curvelmin_bdmax BO22_curvelmin_bdmax AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2713 Bio-ORACLE BO22_RCP26_2050_curvelmin_bdmean BO22_curvelmin_bdmean AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Mean.Depth.Current.Velocity.Min.BOv2_2.tif.zip
2714 Bio-ORACLE BO22_RCP26_2050_curvelmin_bdmin BO22_curvelmin_bdmin AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
2715 Bio-ORACLE BO22_RCP26_2050_curvelmin_ss BO22_curvelmin_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Current.Velocity.Min.BOv2_2.tif.zip
2716 Bio-ORACLE BO22_RCP26_2050_curvelrange_bdmax BO22_curvelrange_bdmax AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2717 Bio-ORACLE BO22_RCP26_2050_curvelrange_bdmean BO22_curvelrange_bdmean AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Mean.Depth.Current.Velocity.Mean.BOv2_2.tif.zip
2718 Bio-ORACLE BO22_RCP26_2050_curvelrange_bdmin BO22_curvelrange_bdmin AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
2719 Bio-ORACLE BO22_RCP26_2050_curvelrange_ss BO22_curvelrange_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Current.Velocity.Range.BOv2_2.tif.zip
2720 Bio-ORACLE BO22_RCP26_2050_icethickltmax_ss BO22_icethickltmax_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Ice.thickness.Lt.max.BOv2_2.tif.zip
2721 Bio-ORACLE BO22_RCP26_2050_icethickltmin_ss BO22_icethickltmin_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Ice.thickness.Lt.min.BOv2_2.tif.zip
2722 Bio-ORACLE BO22_RCP26_2050_icethickmax_ss BO22_icethickmax_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Ice.thickness.Max.BOv2_2.tif.zip
2723 Bio-ORACLE BO22_RCP26_2050_icethickmean_ss BO22_icethickmean_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Ice.thickness.Mean.BOv2_2.tif.zip
2724 Bio-ORACLE BO22_RCP26_2050_icethickmin_ss BO22_icethickmin_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Ice.thickness.Min.BOv2_2.tif.zip
2725 Bio-ORACLE BO22_RCP26_2050_icethickrange_ss BO22_icethickrange_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Ice.thickness.Range.BOv2_2.tif.zip
2726 Bio-ORACLE BO22_RCP26_2050_salinityltmax_bdmax BO22_salinityltmax_bdmax AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Max.Depth.Salinity.Lt.max.BOv2_2.tif.zip
2727 Bio-ORACLE BO22_RCP26_2050_salinityltmax_bdmean BO22_salinityltmax_bdmean AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Mean.Depth.Salinity.Lt.max.BOv2_2.tif.zip
2728 Bio-ORACLE BO22_RCP26_2050_salinityltmax_bdmin BO22_salinityltmax_bdmin AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Min.Depth.Salinity.Lt.max.BOv2_2.tif.zip
2729 Bio-ORACLE BO22_RCP26_2050_salinityltmax_ss BO22_salinityltmax_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Salinity.Lt.max.BOv2_2.tif.zip
2730 Bio-ORACLE BO22_RCP26_2050_salinityltmin_bdmax BO22_salinityltmin_bdmax AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Max.Depth.Salinity.Lt.max.BOv2_2.tif.zip
2731 Bio-ORACLE BO22_RCP26_2050_salinityltmin_bdmean BO22_salinityltmin_bdmean AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Mean.Depth.Salinity.Lt.min.BOv2_2.tif.zip
2732 Bio-ORACLE BO22_RCP26_2050_salinityltmin_bdmin BO22_salinityltmin_bdmin AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Min.Depth.Salinity.Lt.min.BOv2_2.tif.zip
2733 Bio-ORACLE BO22_RCP26_2050_salinityltmin_ss BO22_salinityltmin_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Salinity.Lt.min.BOv2_2.tif.zip
2734 Bio-ORACLE BO22_RCP26_2050_salinitymax_bdmax BO22_salinitymax_bdmax AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
2735 Bio-ORACLE BO22_RCP26_2050_salinitymax_bdmean BO22_salinitymax_bdmean AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Mean.Depth.Salinity.Max.BOv2_2.tif.zip
2736 Bio-ORACLE BO22_RCP26_2050_salinitymax_bdmin BO22_salinitymax_bdmin AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Min.Depth.Salinity.Max.BOv2_2.tif.zip
2737 Bio-ORACLE BO22_RCP26_2050_salinitymax_ss BO22_salinitymax_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Salinity.Max.BOv2_2.tif.zip
2738 Bio-ORACLE BO22_RCP26_2050_salinitymean_bdmax BO22_salinitymean_bdmax AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
2739 Bio-ORACLE BO22_RCP26_2050_salinitymean_bdmean BO22_salinitymean_bdmean AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Mean.Depth.Salinity.Mean.BOv2_2.tif.zip
2740 Bio-ORACLE BO22_RCP26_2050_salinitymean_bdmin BO22_salinitymean_bdmin AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
2741 Bio-ORACLE BO22_RCP26_2050_salinitymean_ss BO22_salinitymean_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Salinity.Mean.BOv2_2.tif.zip
2742 Bio-ORACLE BO22_RCP26_2050_salinitymin_bdmax BO22_salinitymin_bdmax AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
2743 Bio-ORACLE BO22_RCP26_2050_salinitymin_bdmean BO22_salinitymin_bdmean AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Mean.Depth.Salinity.Min.BOv2_2.tif.zip
2744 Bio-ORACLE BO22_RCP26_2050_salinitymin_bdmin BO22_salinitymin_bdmin AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
2745 Bio-ORACLE BO22_RCP26_2050_salinitymin_ss BO22_salinitymin_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Salinity.Min.BOv2_2.tif.zip
2746 Bio-ORACLE BO22_RCP26_2050_salinityrange_bdmax BO22_salinityrange_bdmax AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
2747 Bio-ORACLE BO22_RCP26_2050_salinityrange_bdmean BO22_salinityrange_bdmean AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Mean.Depth.Salinity.Mean.BOv2_2.tif.zip
2748 Bio-ORACLE BO22_RCP26_2050_salinityrange_bdmin BO22_salinityrange_bdmin AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
2749 Bio-ORACLE BO22_RCP26_2050_salinityrange_ss BO22_salinityrange_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Salinity.Range.BOv2_2.tif.zip
2750 Bio-ORACLE BO22_RCP26_2050_templtmax_bdmax BO22_templtmax_bdmax AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Max.Depth.Temperature.Lt.max.BOv2_2.tif.zip
2751 Bio-ORACLE BO22_RCP26_2050_templtmax_bdmean BO22_templtmax_bdmean AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Mean.Depth.Temperature.Lt.max.BOv2_2.tif.zip
2752 Bio-ORACLE BO22_RCP26_2050_templtmax_bdmin BO22_templtmax_bdmin AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Min.Depth.Temperature.Lt.max.BOv2_2.tif.zip
2753 Bio-ORACLE BO22_RCP26_2050_templtmax_ss BO22_templtmax_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Temperature.Lt.max.BOv2_2.tif.zip
2754 Bio-ORACLE BO22_RCP26_2050_templtmin_bdmax BO22_templtmin_bdmax AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Max.Depth.Temperature.Lt.max.BOv2_2.tif.zip
2755 Bio-ORACLE BO22_RCP26_2050_templtmin_bdmean BO22_templtmin_bdmean AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Mean.Depth.Temperature.Lt.min.BOv2_2.tif.zip
2756 Bio-ORACLE BO22_RCP26_2050_templtmin_bdmin BO22_templtmin_bdmin AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Min.Depth.Temperature.Lt.min.BOv2_2.tif.zip
2757 Bio-ORACLE BO22_RCP26_2050_templtmin_ss BO22_templtmin_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Temperature.Lt.min.BOv2_2.tif.zip
2758 Bio-ORACLE BO22_RCP26_2050_tempmax_bdmax BO22_tempmax_bdmax AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
2759 Bio-ORACLE BO22_RCP26_2050_tempmax_bdmean BO22_tempmax_bdmean AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Mean.Depth.Temperature.Max.BOv2_2.tif.zip
2760 Bio-ORACLE BO22_RCP26_2050_tempmax_bdmin BO22_tempmax_bdmin AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Min.Depth.Temperature.Max.BOv2_2.tif.zip
2761 Bio-ORACLE BO22_RCP26_2050_tempmax_ss BO22_tempmax_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Temperature.Max.BOv2_2.tif.zip
2762 Bio-ORACLE BO22_RCP26_2050_tempmean_bdmax BO22_tempmean_bdmax AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
2763 Bio-ORACLE BO22_RCP26_2050_tempmean_bdmean BO22_tempmean_bdmean AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Mean.Depth.Temperature.Mean.BOv2_2.tif.zip
2764 Bio-ORACLE BO22_RCP26_2050_tempmean_bdmin BO22_tempmean_bdmin AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
2765 Bio-ORACLE BO22_RCP26_2050_tempmean_ss BO22_tempmean_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Temperature.Mean.BOv2_2.tif.zip
2766 Bio-ORACLE BO22_RCP26_2050_tempmin_bdmax BO22_tempmin_bdmax AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
2767 Bio-ORACLE BO22_RCP26_2050_tempmin_bdmean BO22_tempmin_bdmean AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Mean.Depth.Temperature.Min.BOv2_2.tif.zip
2768 Bio-ORACLE BO22_RCP26_2050_tempmin_bdmin BO22_tempmin_bdmin AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
2769 Bio-ORACLE BO22_RCP26_2050_tempmin_ss BO22_tempmin_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Temperature.Min.BOv2_2.tif.zip
2770 Bio-ORACLE BO22_RCP26_2050_temprange_bdmax BO22_temprange_bdmax AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
2771 Bio-ORACLE BO22_RCP26_2050_temprange_bdmean BO22_temprange_bdmean AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Mean.Depth.Temperature.Mean.BOv2_2.tif.zip
2772 Bio-ORACLE BO22_RCP26_2050_temprange_bdmin BO22_temprange_bdmin AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
2773 Bio-ORACLE BO22_RCP26_2050_temprange_ss BO22_temprange_ss AOGCM RCP26 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP26.Surface.Temperature.Range.BOv2_2.tif.zip
2774 Bio-ORACLE BO22_RCP26_2100_chloltmax_ss BO22_chloltmax_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Chlorophyll.Lt.max.BOv2_2.tif.zip
2775 Bio-ORACLE BO22_RCP26_2100_chloltmin_ss BO22_chloltmin_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Chlorophyll.Lt.min.BOv2_2.tif.zip
2776 Bio-ORACLE BO22_RCP26_2100_chlomax_ss BO22_chlomax_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Chlorophyll.Max.BOv2_2.tif.zip
2777 Bio-ORACLE BO22_RCP26_2100_chlomean_ss BO22_chlomean_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Chlorophyll.Mean.BOv2_2.tif.zip
2778 Bio-ORACLE BO22_RCP26_2100_chlomin_ss BO22_chlomin_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Chlorophyll.Min.BOv2_2.tif.zip
2779 Bio-ORACLE BO22_RCP26_2100_chlorange_ss BO22_chlorange_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Chlorophyll.Range.BOv2_2.tif.zip
2780 Bio-ORACLE BO22_RCP26_2100_curvelltmax_bdmax BO22_curvelltmax_bdmax AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Max.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
2781 Bio-ORACLE BO22_RCP26_2100_curvelltmax_bdmean BO22_curvelltmax_bdmean AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Mean.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
2782 Bio-ORACLE BO22_RCP26_2100_curvelltmax_bdmin BO22_curvelltmax_bdmin AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Min.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
2783 Bio-ORACLE BO22_RCP26_2100_curvelltmax_ss BO22_curvelltmax_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Current.Velocity.Lt.max.BOv2_2.tif.zip
2784 Bio-ORACLE BO22_RCP26_2100_curvelltmin_bdmax BO22_curvelltmin_bdmax AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Max.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
2785 Bio-ORACLE BO22_RCP26_2100_curvelltmin_bdmean BO22_curvelltmin_bdmean AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Mean.Depth.Current.Velocity.Lt.min.BOv2_2.tif.zip
2786 Bio-ORACLE BO22_RCP26_2100_curvelltmin_bdmin BO22_curvelltmin_bdmin AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Min.Depth.Current.Velocity.Lt.min.BOv2_2.tif.zip
2787 Bio-ORACLE BO22_RCP26_2100_curvelltmin_ss BO22_curvelltmin_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Current.Velocity.Lt.min.BOv2_2.tif.zip
2788 Bio-ORACLE BO22_RCP26_2100_curvelmax_bdmax BO22_curvelmax_bdmax AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2789 Bio-ORACLE BO22_RCP26_2100_curvelmax_bdmean BO22_curvelmax_bdmean AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Mean.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2790 Bio-ORACLE BO22_RCP26_2100_curvelmax_bdmin BO22_curvelmax_bdmin AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Min.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2791 Bio-ORACLE BO22_RCP26_2100_curvelmax_ss BO22_curvelmax_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Current.Velocity.Max.BOv2_2.tif.zip
2792 Bio-ORACLE BO22_RCP26_2100_curvelmean_bdmax BO22_curvelmean_bdmax AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2793 Bio-ORACLE BO22_RCP26_2100_curvelmean_bdmean BO22_curvelmean_bdmean AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Mean.Depth.Current.Velocity.Mean.BOv2_2.tif.zip
2794 Bio-ORACLE BO22_RCP26_2100_curvelmean_bdmin BO22_curvelmean_bdmin AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
2795 Bio-ORACLE BO22_RCP26_2100_curvelmean_ss BO22_curvelmean_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Current.Velocity.Mean.BOv2_2.tif.zip
2796 Bio-ORACLE BO22_RCP26_2100_curvelmin_bdmax BO22_curvelmin_bdmax AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2797 Bio-ORACLE BO22_RCP26_2100_curvelmin_bdmean BO22_curvelmin_bdmean AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Mean.Depth.Current.Velocity.Min.BOv2_2.tif.zip
2798 Bio-ORACLE BO22_RCP26_2100_curvelmin_bdmin BO22_curvelmin_bdmin AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
2799 Bio-ORACLE BO22_RCP26_2100_curvelmin_ss BO22_curvelmin_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Current.Velocity.Min.BOv2_2.tif.zip
2800 Bio-ORACLE BO22_RCP26_2100_curvelrange_bdmax BO22_curvelrange_bdmax AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2801 Bio-ORACLE BO22_RCP26_2100_curvelrange_bdmean BO22_curvelrange_bdmean AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Mean.Depth.Current.Velocity.Mean.BOv2_2.tif.zip
2802 Bio-ORACLE BO22_RCP26_2100_curvelrange_bdmin BO22_curvelrange_bdmin AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
2803 Bio-ORACLE BO22_RCP26_2100_curvelrange_ss BO22_curvelrange_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Current.Velocity.Range.BOv2_2.tif.zip
2804 Bio-ORACLE BO22_RCP26_2100_icethickltmax_ss BO22_icethickltmax_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Ice.thickness.Lt.max.BOv2_2.tif.zip
2805 Bio-ORACLE BO22_RCP26_2100_icethickltmin_ss BO22_icethickltmin_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Ice.thickness.Lt.min.BOv2_2.tif.zip
2806 Bio-ORACLE BO22_RCP26_2100_icethickmax_ss BO22_icethickmax_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Ice.thickness.Max.BOv2_2.tif.zip
2807 Bio-ORACLE BO22_RCP26_2100_icethickmean_ss BO22_icethickmean_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Ice.thickness.Mean.BOv2_2.tif.zip
2808 Bio-ORACLE BO22_RCP26_2100_icethickmin_ss BO22_icethickmin_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Ice.thickness.Min.BOv2_2.tif.zip
2809 Bio-ORACLE BO22_RCP26_2100_icethickrange_ss BO22_icethickrange_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Ice.thickness.Range.BOv2_2.tif.zip
2810 Bio-ORACLE BO22_RCP26_2100_salinityltmax_bdmax BO22_salinityltmax_bdmax AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Max.Depth.Salinity.Lt.max.BOv2_2.tif.zip
2811 Bio-ORACLE BO22_RCP26_2100_salinityltmax_bdmean BO22_salinityltmax_bdmean AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Mean.Depth.Salinity.Lt.max.BOv2_2.tif.zip
2812 Bio-ORACLE BO22_RCP26_2100_salinityltmax_bdmin BO22_salinityltmax_bdmin AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Min.Depth.Salinity.Lt.max.BOv2_2.tif.zip
2813 Bio-ORACLE BO22_RCP26_2100_salinityltmax_ss BO22_salinityltmax_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Salinity.Lt.max.BOv2_2.tif.zip
2814 Bio-ORACLE BO22_RCP26_2100_salinityltmin_bdmax BO22_salinityltmin_bdmax AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Max.Depth.Salinity.Lt.max.BOv2_2.tif.zip
2815 Bio-ORACLE BO22_RCP26_2100_salinityltmin_bdmean BO22_salinityltmin_bdmean AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Mean.Depth.Salinity.Lt.min.BOv2_2.tif.zip
2816 Bio-ORACLE BO22_RCP26_2100_salinityltmin_bdmin BO22_salinityltmin_bdmin AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Min.Depth.Salinity.Lt.min.BOv2_2.tif.zip
2817 Bio-ORACLE BO22_RCP26_2100_salinityltmin_ss BO22_salinityltmin_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Salinity.Lt.min.BOv2_2.tif.zip
2818 Bio-ORACLE BO22_RCP26_2100_salinitymax_bdmax BO22_salinitymax_bdmax AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
2819 Bio-ORACLE BO22_RCP26_2100_salinitymax_bdmean BO22_salinitymax_bdmean AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Mean.Depth.Salinity.Max.BOv2_2.tif.zip
2820 Bio-ORACLE BO22_RCP26_2100_salinitymax_bdmin BO22_salinitymax_bdmin AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Min.Depth.Salinity.Max.BOv2_2.tif.zip
2821 Bio-ORACLE BO22_RCP26_2100_salinitymax_ss BO22_salinitymax_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Salinity.Max.BOv2_2.tif.zip
2822 Bio-ORACLE BO22_RCP26_2100_salinitymean_bdmax BO22_salinitymean_bdmax AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
2823 Bio-ORACLE BO22_RCP26_2100_salinitymean_bdmean BO22_salinitymean_bdmean AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Mean.Depth.Salinity.Mean.BOv2_2.tif.zip
2824 Bio-ORACLE BO22_RCP26_2100_salinitymean_bdmin BO22_salinitymean_bdmin AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
2825 Bio-ORACLE BO22_RCP26_2100_salinitymean_ss BO22_salinitymean_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Salinity.Mean.BOv2_2.tif.zip
2826 Bio-ORACLE BO22_RCP26_2100_salinitymin_bdmax BO22_salinitymin_bdmax AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
2827 Bio-ORACLE BO22_RCP26_2100_salinitymin_bdmean BO22_salinitymin_bdmean AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Mean.Depth.Salinity.Min.BOv2_2.tif.zip
2828 Bio-ORACLE BO22_RCP26_2100_salinitymin_bdmin BO22_salinitymin_bdmin AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
2829 Bio-ORACLE BO22_RCP26_2100_salinitymin_ss BO22_salinitymin_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Salinity.Min.BOv2_2.tif.zip
2830 Bio-ORACLE BO22_RCP26_2100_salinityrange_bdmax BO22_salinityrange_bdmax AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
2831 Bio-ORACLE BO22_RCP26_2100_salinityrange_bdmean BO22_salinityrange_bdmean AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Mean.Depth.Salinity.Mean.BOv2_2.tif.zip
2832 Bio-ORACLE BO22_RCP26_2100_salinityrange_bdmin BO22_salinityrange_bdmin AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
2833 Bio-ORACLE BO22_RCP26_2100_salinityrange_ss BO22_salinityrange_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Salinity.Range.BOv2_2.tif.zip
2834 Bio-ORACLE BO22_RCP26_2100_templtmax_bdmax BO22_templtmax_bdmax AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Max.Depth.Temperature.Lt.max.BOv2_2.tif.zip
2835 Bio-ORACLE BO22_RCP26_2100_templtmax_bdmean BO22_templtmax_bdmean AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Mean.Depth.Temperature.Lt.max.BOv2_2.tif.zip
2836 Bio-ORACLE BO22_RCP26_2100_templtmax_bdmin BO22_templtmax_bdmin AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Min.Depth.Temperature.Lt.max.BOv2_2.tif.zip
2837 Bio-ORACLE BO22_RCP26_2100_templtmax_ss BO22_templtmax_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Temperature.Lt.max.BOv2_2.tif.zip
2838 Bio-ORACLE BO22_RCP26_2100_templtmin_bdmax BO22_templtmin_bdmax AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Max.Depth.Temperature.Lt.max.BOv2_2.tif.zip
2839 Bio-ORACLE BO22_RCP26_2100_templtmin_bdmean BO22_templtmin_bdmean AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Mean.Depth.Temperature.Lt.min.BOv2_2.tif.zip
2840 Bio-ORACLE BO22_RCP26_2100_templtmin_bdmin BO22_templtmin_bdmin AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Min.Depth.Temperature.Lt.min.BOv2_2.tif.zip
2841 Bio-ORACLE BO22_RCP26_2100_templtmin_ss BO22_templtmin_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Temperature.Lt.min.BOv2_2.tif.zip
2842 Bio-ORACLE BO22_RCP26_2100_tempmax_bdmax BO22_tempmax_bdmax AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
2843 Bio-ORACLE BO22_RCP26_2100_tempmax_bdmean BO22_tempmax_bdmean AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Mean.Depth.Temperature.Max.BOv2_2.tif.zip
2844 Bio-ORACLE BO22_RCP26_2100_tempmax_bdmin BO22_tempmax_bdmin AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Min.Depth.Temperature.Max.BOv2_2.tif.zip
2845 Bio-ORACLE BO22_RCP26_2100_tempmax_ss BO22_tempmax_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Temperature.Max.BOv2_2.tif.zip
2846 Bio-ORACLE BO22_RCP26_2100_tempmean_bdmax BO22_tempmean_bdmax AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
2847 Bio-ORACLE BO22_RCP26_2100_tempmean_bdmean BO22_tempmean_bdmean AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Mean.Depth.Temperature.Mean.BOv2_2.tif.zip
2848 Bio-ORACLE BO22_RCP26_2100_tempmean_bdmin BO22_tempmean_bdmin AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
2849 Bio-ORACLE BO22_RCP26_2100_tempmean_ss BO22_tempmean_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Temperature.Mean.BOv2_2.tif.zip
2850 Bio-ORACLE BO22_RCP26_2100_tempmin_bdmax BO22_tempmin_bdmax AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
2851 Bio-ORACLE BO22_RCP26_2100_tempmin_bdmean BO22_tempmin_bdmean AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Mean.Depth.Temperature.Min.BOv2_2.tif.zip
2852 Bio-ORACLE BO22_RCP26_2100_tempmin_bdmin BO22_tempmin_bdmin AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
2853 Bio-ORACLE BO22_RCP26_2100_tempmin_ss BO22_tempmin_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Temperature.Min.BOv2_2.tif.zip
2854 Bio-ORACLE BO22_RCP26_2100_temprange_bdmax BO22_temprange_bdmax AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
2855 Bio-ORACLE BO22_RCP26_2100_temprange_bdmean BO22_temprange_bdmean AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Mean.Depth.Temperature.Mean.BOv2_2.tif.zip
2856 Bio-ORACLE BO22_RCP26_2100_temprange_bdmin BO22_temprange_bdmin AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
2857 Bio-ORACLE BO22_RCP26_2100_temprange_ss BO22_temprange_ss AOGCM RCP26 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP26.Surface.Temperature.Range.BOv2_2.tif.zip
2858 Bio-ORACLE BO22_RCP45_2050_chloltmax_ss BO22_chloltmax_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Chlorophyll.Lt.max.BOv2_2.tif.zip
2859 Bio-ORACLE BO22_RCP45_2050_chloltmin_ss BO22_chloltmin_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Chlorophyll.Lt.min.BOv2_2.tif.zip
2860 Bio-ORACLE BO22_RCP45_2050_chlomax_ss BO22_chlomax_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Chlorophyll.Max.BOv2_2.tif.zip
2861 Bio-ORACLE BO22_RCP45_2050_chlomean_ss BO22_chlomean_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Chlorophyll.Mean.BOv2_2.tif.zip
2862 Bio-ORACLE BO22_RCP45_2050_chlomin_ss BO22_chlomin_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Chlorophyll.Min.BOv2_2.tif.zip
2863 Bio-ORACLE BO22_RCP45_2050_chlorange_ss BO22_chlorange_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Chlorophyll.Range.BOv2_2.tif.zip
2864 Bio-ORACLE BO22_RCP45_2050_curvelltmax_bdmax BO22_curvelltmax_bdmax AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Max.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
2865 Bio-ORACLE BO22_RCP45_2050_curvelltmax_bdmean BO22_curvelltmax_bdmean AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Mean.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
2866 Bio-ORACLE BO22_RCP45_2050_curvelltmax_bdmin BO22_curvelltmax_bdmin AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Min.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
2867 Bio-ORACLE BO22_RCP45_2050_curvelltmax_ss BO22_curvelltmax_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Current.Velocity.Lt.max.BOv2_2.tif.zip
2868 Bio-ORACLE BO22_RCP45_2050_curvelltmin_bdmax BO22_curvelltmin_bdmax AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Max.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
2869 Bio-ORACLE BO22_RCP45_2050_curvelltmin_bdmean BO22_curvelltmin_bdmean AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Mean.Depth.Current.Velocity.Lt.min.BOv2_2.tif.zip
2870 Bio-ORACLE BO22_RCP45_2050_curvelltmin_bdmin BO22_curvelltmin_bdmin AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Min.Depth.Current.Velocity.Lt.min.BOv2_2.tif.zip
2871 Bio-ORACLE BO22_RCP45_2050_curvelltmin_ss BO22_curvelltmin_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Current.Velocity.Lt.min.BOv2_2.tif.zip
2872 Bio-ORACLE BO22_RCP45_2050_curvelmax_bdmax BO22_curvelmax_bdmax AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2873 Bio-ORACLE BO22_RCP45_2050_curvelmax_bdmean BO22_curvelmax_bdmean AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Mean.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2874 Bio-ORACLE BO22_RCP45_2050_curvelmax_bdmin BO22_curvelmax_bdmin AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Min.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2875 Bio-ORACLE BO22_RCP45_2050_curvelmax_ss BO22_curvelmax_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Current.Velocity.Max.BOv2_2.tif.zip
2876 Bio-ORACLE BO22_RCP45_2050_curvelmean_bdmax BO22_curvelmean_bdmax AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2877 Bio-ORACLE BO22_RCP45_2050_curvelmean_bdmean BO22_curvelmean_bdmean AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Mean.Depth.Current.Velocity.Mean.BOv2_2.tif.zip
2878 Bio-ORACLE BO22_RCP45_2050_curvelmean_bdmin BO22_curvelmean_bdmin AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
2879 Bio-ORACLE BO22_RCP45_2050_curvelmean_ss BO22_curvelmean_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Current.Velocity.Mean.BOv2_2.tif.zip
2880 Bio-ORACLE BO22_RCP45_2050_curvelmin_bdmax BO22_curvelmin_bdmax AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2881 Bio-ORACLE BO22_RCP45_2050_curvelmin_bdmean BO22_curvelmin_bdmean AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Mean.Depth.Current.Velocity.Min.BOv2_2.tif.zip
2882 Bio-ORACLE BO22_RCP45_2050_curvelmin_bdmin BO22_curvelmin_bdmin AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
2883 Bio-ORACLE BO22_RCP45_2050_curvelmin_ss BO22_curvelmin_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Current.Velocity.Min.BOv2_2.tif.zip
2884 Bio-ORACLE BO22_RCP45_2050_curvelrange_bdmax BO22_curvelrange_bdmax AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2885 Bio-ORACLE BO22_RCP45_2050_curvelrange_bdmean BO22_curvelrange_bdmean AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Mean.Depth.Current.Velocity.Mean.BOv2_2.tif.zip
2886 Bio-ORACLE BO22_RCP45_2050_curvelrange_bdmin BO22_curvelrange_bdmin AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
2887 Bio-ORACLE BO22_RCP45_2050_curvelrange_ss BO22_curvelrange_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Current.Velocity.Range.BOv2_2.tif.zip
2888 Bio-ORACLE BO22_RCP45_2050_icethickltmax_ss BO22_icethickltmax_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Ice.thickness.Lt.max.BOv2_2.tif.zip
2889 Bio-ORACLE BO22_RCP45_2050_icethickltmin_ss BO22_icethickltmin_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Ice.thickness.Lt.min.BOv2_2.tif.zip
2890 Bio-ORACLE BO22_RCP45_2050_icethickmax_ss BO22_icethickmax_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Ice.thickness.Max.BOv2_2.tif.zip
2891 Bio-ORACLE BO22_RCP45_2050_icethickmean_ss BO22_icethickmean_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Ice.thickness.Mean.BOv2_2.tif.zip
2892 Bio-ORACLE BO22_RCP45_2050_icethickmin_ss BO22_icethickmin_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Ice.thickness.Min.BOv2_2.tif.zip
2893 Bio-ORACLE BO22_RCP45_2050_icethickrange_ss BO22_icethickrange_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Ice.thickness.Range.BOv2_2.tif.zip
2894 Bio-ORACLE BO22_RCP45_2050_salinityltmax_bdmax BO22_salinityltmax_bdmax AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Max.Depth.Salinity.Lt.max.BOv2_2.tif.zip
2895 Bio-ORACLE BO22_RCP45_2050_salinityltmax_bdmean BO22_salinityltmax_bdmean AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Mean.Depth.Salinity.Lt.max.BOv2_2.tif.zip
2896 Bio-ORACLE BO22_RCP45_2050_salinityltmax_bdmin BO22_salinityltmax_bdmin AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Min.Depth.Salinity.Lt.max.BOv2_2.tif.zip
2897 Bio-ORACLE BO22_RCP45_2050_salinityltmax_ss BO22_salinityltmax_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Salinity.Lt.max.BOv2_2.tif.zip
2898 Bio-ORACLE BO22_RCP45_2050_salinityltmin_bdmax BO22_salinityltmin_bdmax AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Max.Depth.Salinity.Lt.max.BOv2_2.tif.zip
2899 Bio-ORACLE BO22_RCP45_2050_salinityltmin_bdmean BO22_salinityltmin_bdmean AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Mean.Depth.Salinity.Lt.min.BOv2_2.tif.zip
2900 Bio-ORACLE BO22_RCP45_2050_salinityltmin_bdmin BO22_salinityltmin_bdmin AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Min.Depth.Salinity.Lt.min.BOv2_2.tif.zip
2901 Bio-ORACLE BO22_RCP45_2050_salinityltmin_ss BO22_salinityltmin_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Salinity.Lt.min.BOv2_2.tif.zip
2902 Bio-ORACLE BO22_RCP45_2050_salinitymax_bdmax BO22_salinitymax_bdmax AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
2903 Bio-ORACLE BO22_RCP45_2050_salinitymax_bdmean BO22_salinitymax_bdmean AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Mean.Depth.Salinity.Max.BOv2_2.tif.zip
2904 Bio-ORACLE BO22_RCP45_2050_salinitymax_bdmin BO22_salinitymax_bdmin AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Min.Depth.Salinity.Max.BOv2_2.tif.zip
2905 Bio-ORACLE BO22_RCP45_2050_salinitymax_ss BO22_salinitymax_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Salinity.Max.BOv2_2.tif.zip
2906 Bio-ORACLE BO22_RCP45_2050_salinitymean_bdmax BO22_salinitymean_bdmax AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
2907 Bio-ORACLE BO22_RCP45_2050_salinitymean_bdmean BO22_salinitymean_bdmean AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Mean.Depth.Salinity.Mean.BOv2_2.tif.zip
2908 Bio-ORACLE BO22_RCP45_2050_salinitymean_bdmin BO22_salinitymean_bdmin AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
2909 Bio-ORACLE BO22_RCP45_2050_salinitymean_ss BO22_salinitymean_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Salinity.Mean.BOv2_2.tif.zip
2910 Bio-ORACLE BO22_RCP45_2050_salinitymin_bdmax BO22_salinitymin_bdmax AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
2911 Bio-ORACLE BO22_RCP45_2050_salinitymin_bdmean BO22_salinitymin_bdmean AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Mean.Depth.Salinity.Min.BOv2_2.tif.zip
2912 Bio-ORACLE BO22_RCP45_2050_salinitymin_bdmin BO22_salinitymin_bdmin AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
2913 Bio-ORACLE BO22_RCP45_2050_salinitymin_ss BO22_salinitymin_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Salinity.Min.BOv2_2.tif.zip
2914 Bio-ORACLE BO22_RCP45_2050_salinityrange_bdmax BO22_salinityrange_bdmax AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
2915 Bio-ORACLE BO22_RCP45_2050_salinityrange_bdmean BO22_salinityrange_bdmean AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Mean.Depth.Salinity.Mean.BOv2_2.tif.zip
2916 Bio-ORACLE BO22_RCP45_2050_salinityrange_bdmin BO22_salinityrange_bdmin AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
2917 Bio-ORACLE BO22_RCP45_2050_salinityrange_ss BO22_salinityrange_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Salinity.Range.BOv2_2.tif.zip
2918 Bio-ORACLE BO22_RCP45_2050_templtmax_bdmax BO22_templtmax_bdmax AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Max.Depth.Temperature.Lt.max.BOv2_2.tif.zip
2919 Bio-ORACLE BO22_RCP45_2050_templtmax_bdmean BO22_templtmax_bdmean AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Mean.Depth.Temperature.Lt.max.BOv2_2.tif.zip
2920 Bio-ORACLE BO22_RCP45_2050_templtmax_bdmin BO22_templtmax_bdmin AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Min.Depth.Temperature.Lt.max.BOv2_2.tif.zip
2921 Bio-ORACLE BO22_RCP45_2050_templtmax_ss BO22_templtmax_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Temperature.Lt.max.BOv2_2.tif.zip
2922 Bio-ORACLE BO22_RCP45_2050_templtmin_bdmax BO22_templtmin_bdmax AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Max.Depth.Temperature.Lt.max.BOv2_2.tif.zip
2923 Bio-ORACLE BO22_RCP45_2050_templtmin_bdmean BO22_templtmin_bdmean AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Mean.Depth.Temperature.Lt.min.BOv2_2.tif.zip
2924 Bio-ORACLE BO22_RCP45_2050_templtmin_bdmin BO22_templtmin_bdmin AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Min.Depth.Temperature.Lt.min.BOv2_2.tif.zip
2925 Bio-ORACLE BO22_RCP45_2050_templtmin_ss BO22_templtmin_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Temperature.Lt.min.BOv2_2.tif.zip
2926 Bio-ORACLE BO22_RCP45_2050_tempmax_bdmax BO22_tempmax_bdmax AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
2927 Bio-ORACLE BO22_RCP45_2050_tempmax_bdmean BO22_tempmax_bdmean AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Mean.Depth.Temperature.Max.BOv2_2.tif.zip
2928 Bio-ORACLE BO22_RCP45_2050_tempmax_bdmin BO22_tempmax_bdmin AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Min.Depth.Temperature.Max.BOv2_2.tif.zip
2929 Bio-ORACLE BO22_RCP45_2050_tempmax_ss BO22_tempmax_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Temperature.Max.BOv2_2.tif.zip
2930 Bio-ORACLE BO22_RCP45_2050_tempmean_bdmax BO22_tempmean_bdmax AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
2931 Bio-ORACLE BO22_RCP45_2050_tempmean_bdmean BO22_tempmean_bdmean AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Mean.Depth.Temperature.Mean.BOv2_2.tif.zip
2932 Bio-ORACLE BO22_RCP45_2050_tempmean_bdmin BO22_tempmean_bdmin AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
2933 Bio-ORACLE BO22_RCP45_2050_tempmean_ss BO22_tempmean_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Temperature.Mean.BOv2_2.tif.zip
2934 Bio-ORACLE BO22_RCP45_2050_tempmin_bdmax BO22_tempmin_bdmax AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
2935 Bio-ORACLE BO22_RCP45_2050_tempmin_bdmean BO22_tempmin_bdmean AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Mean.Depth.Temperature.Min.BOv2_2.tif.zip
2936 Bio-ORACLE BO22_RCP45_2050_tempmin_bdmin BO22_tempmin_bdmin AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
2937 Bio-ORACLE BO22_RCP45_2050_tempmin_ss BO22_tempmin_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Temperature.Min.BOv2_2.tif.zip
2938 Bio-ORACLE BO22_RCP45_2050_temprange_bdmax BO22_temprange_bdmax AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
2939 Bio-ORACLE BO22_RCP45_2050_temprange_bdmean BO22_temprange_bdmean AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Mean.Depth.Temperature.Mean.BOv2_2.tif.zip
2940 Bio-ORACLE BO22_RCP45_2050_temprange_bdmin BO22_temprange_bdmin AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
2941 Bio-ORACLE BO22_RCP45_2050_temprange_ss BO22_temprange_ss AOGCM RCP45 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP45.Surface.Temperature.Range.BOv2_2.tif.zip
2942 Bio-ORACLE BO22_RCP45_2100_chloltmax_ss BO22_chloltmax_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Chlorophyll.Lt.max.BOv2_2.tif.zip
2943 Bio-ORACLE BO22_RCP45_2100_chloltmin_ss BO22_chloltmin_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Chlorophyll.Lt.min.BOv2_2.tif.zip
2944 Bio-ORACLE BO22_RCP45_2100_chlomax_ss BO22_chlomax_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Chlorophyll.Max.BOv2_2.tif.zip
2945 Bio-ORACLE BO22_RCP45_2100_chlomean_ss BO22_chlomean_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Chlorophyll.Mean.BOv2_2.tif.zip
2946 Bio-ORACLE BO22_RCP45_2100_chlomin_ss BO22_chlomin_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Chlorophyll.Min.BOv2_2.tif.zip
2947 Bio-ORACLE BO22_RCP45_2100_chlorange_ss BO22_chlorange_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Chlorophyll.Range.BOv2_2.tif.zip
2948 Bio-ORACLE BO22_RCP45_2100_curvelltmax_bdmax BO22_curvelltmax_bdmax AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Max.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
2949 Bio-ORACLE BO22_RCP45_2100_curvelltmax_bdmean BO22_curvelltmax_bdmean AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Mean.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
2950 Bio-ORACLE BO22_RCP45_2100_curvelltmax_bdmin BO22_curvelltmax_bdmin AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Min.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
2951 Bio-ORACLE BO22_RCP45_2100_curvelltmax_ss BO22_curvelltmax_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Current.Velocity.Lt.max.BOv2_2.tif.zip
2952 Bio-ORACLE BO22_RCP45_2100_curvelltmin_bdmax BO22_curvelltmin_bdmax AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Max.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
2953 Bio-ORACLE BO22_RCP45_2100_curvelltmin_bdmean BO22_curvelltmin_bdmean AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Mean.Depth.Current.Velocity.Lt.min.BOv2_2.tif.zip
2954 Bio-ORACLE BO22_RCP45_2100_curvelltmin_bdmin BO22_curvelltmin_bdmin AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Min.Depth.Current.Velocity.Lt.min.BOv2_2.tif.zip
2955 Bio-ORACLE BO22_RCP45_2100_curvelltmin_ss BO22_curvelltmin_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Current.Velocity.Lt.min.BOv2_2.tif.zip
2956 Bio-ORACLE BO22_RCP45_2100_curvelmax_bdmax BO22_curvelmax_bdmax AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2957 Bio-ORACLE BO22_RCP45_2100_curvelmax_bdmean BO22_curvelmax_bdmean AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Mean.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2958 Bio-ORACLE BO22_RCP45_2100_curvelmax_bdmin BO22_curvelmax_bdmin AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Min.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2959 Bio-ORACLE BO22_RCP45_2100_curvelmax_ss BO22_curvelmax_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Current.Velocity.Max.BOv2_2.tif.zip
2960 Bio-ORACLE BO22_RCP45_2100_curvelmean_bdmax BO22_curvelmean_bdmax AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2961 Bio-ORACLE BO22_RCP45_2100_curvelmean_bdmean BO22_curvelmean_bdmean AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Mean.Depth.Current.Velocity.Mean.BOv2_2.tif.zip
2962 Bio-ORACLE BO22_RCP45_2100_curvelmean_bdmin BO22_curvelmean_bdmin AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
2963 Bio-ORACLE BO22_RCP45_2100_curvelmean_ss BO22_curvelmean_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Current.Velocity.Mean.BOv2_2.tif.zip
2964 Bio-ORACLE BO22_RCP45_2100_curvelmin_bdmax BO22_curvelmin_bdmax AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2965 Bio-ORACLE BO22_RCP45_2100_curvelmin_bdmean BO22_curvelmin_bdmean AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Mean.Depth.Current.Velocity.Min.BOv2_2.tif.zip
2966 Bio-ORACLE BO22_RCP45_2100_curvelmin_bdmin BO22_curvelmin_bdmin AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
2967 Bio-ORACLE BO22_RCP45_2100_curvelmin_ss BO22_curvelmin_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Current.Velocity.Min.BOv2_2.tif.zip
2968 Bio-ORACLE BO22_RCP45_2100_curvelrange_bdmax BO22_curvelrange_bdmax AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
2969 Bio-ORACLE BO22_RCP45_2100_curvelrange_bdmean BO22_curvelrange_bdmean AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Mean.Depth.Current.Velocity.Mean.BOv2_2.tif.zip
2970 Bio-ORACLE BO22_RCP45_2100_curvelrange_bdmin BO22_curvelrange_bdmin AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
2971 Bio-ORACLE BO22_RCP45_2100_curvelrange_ss BO22_curvelrange_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Current.Velocity.Range.BOv2_2.tif.zip
2972 Bio-ORACLE BO22_RCP45_2100_icethickltmax_ss BO22_icethickltmax_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Ice.thickness.Lt.max.BOv2_2.tif.zip
2973 Bio-ORACLE BO22_RCP45_2100_icethickltmin_ss BO22_icethickltmin_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Ice.thickness.Lt.min.BOv2_2.tif.zip
2974 Bio-ORACLE BO22_RCP45_2100_icethickmax_ss BO22_icethickmax_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Ice.thickness.Max.BOv2_2.tif.zip
2975 Bio-ORACLE BO22_RCP45_2100_icethickmean_ss BO22_icethickmean_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Ice.thickness.Mean.BOv2_2.tif.zip
2976 Bio-ORACLE BO22_RCP45_2100_icethickmin_ss BO22_icethickmin_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Ice.thickness.Min.BOv2_2.tif.zip
2977 Bio-ORACLE BO22_RCP45_2100_icethickrange_ss BO22_icethickrange_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Ice.thickness.Range.BOv2_2.tif.zip
2978 Bio-ORACLE BO22_RCP45_2100_salinityltmax_bdmax BO22_salinityltmax_bdmax AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Max.Depth.Salinity.Lt.max.BOv2_2.tif.zip
2979 Bio-ORACLE BO22_RCP45_2100_salinityltmax_bdmean BO22_salinityltmax_bdmean AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Mean.Depth.Salinity.Lt.max.BOv2_2.tif.zip
2980 Bio-ORACLE BO22_RCP45_2100_salinityltmax_bdmin BO22_salinityltmax_bdmin AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Min.Depth.Salinity.Lt.max.BOv2_2.tif.zip
2981 Bio-ORACLE BO22_RCP45_2100_salinityltmax_ss BO22_salinityltmax_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Salinity.Lt.max.BOv2_2.tif.zip
2982 Bio-ORACLE BO22_RCP45_2100_salinityltmin_bdmax BO22_salinityltmin_bdmax AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Max.Depth.Salinity.Lt.max.BOv2_2.tif.zip
2983 Bio-ORACLE BO22_RCP45_2100_salinityltmin_bdmean BO22_salinityltmin_bdmean AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Mean.Depth.Salinity.Lt.min.BOv2_2.tif.zip
2984 Bio-ORACLE BO22_RCP45_2100_salinityltmin_bdmin BO22_salinityltmin_bdmin AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Min.Depth.Salinity.Lt.min.BOv2_2.tif.zip
2985 Bio-ORACLE BO22_RCP45_2100_salinityltmin_ss BO22_salinityltmin_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Salinity.Lt.min.BOv2_2.tif.zip
2986 Bio-ORACLE BO22_RCP45_2100_salinitymax_bdmax BO22_salinitymax_bdmax AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
2987 Bio-ORACLE BO22_RCP45_2100_salinitymax_bdmean BO22_salinitymax_bdmean AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Mean.Depth.Salinity.Max.BOv2_2.tif.zip
2988 Bio-ORACLE BO22_RCP45_2100_salinitymax_bdmin BO22_salinitymax_bdmin AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Min.Depth.Salinity.Max.BOv2_2.tif.zip
2989 Bio-ORACLE BO22_RCP45_2100_salinitymax_ss BO22_salinitymax_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Salinity.Max.BOv2_2.tif.zip
2990 Bio-ORACLE BO22_RCP45_2100_salinitymean_bdmax BO22_salinitymean_bdmax AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
2991 Bio-ORACLE BO22_RCP45_2100_salinitymean_bdmean BO22_salinitymean_bdmean AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Mean.Depth.Salinity.Mean.BOv2_2.tif.zip
2992 Bio-ORACLE BO22_RCP45_2100_salinitymean_bdmin BO22_salinitymean_bdmin AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
2993 Bio-ORACLE BO22_RCP45_2100_salinitymean_ss BO22_salinitymean_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Salinity.Mean.BOv2_2.tif.zip
2994 Bio-ORACLE BO22_RCP45_2100_salinitymin_bdmax BO22_salinitymin_bdmax AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
2995 Bio-ORACLE BO22_RCP45_2100_salinitymin_bdmean BO22_salinitymin_bdmean AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Mean.Depth.Salinity.Min.BOv2_2.tif.zip
2996 Bio-ORACLE BO22_RCP45_2100_salinitymin_bdmin BO22_salinitymin_bdmin AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
2997 Bio-ORACLE BO22_RCP45_2100_salinitymin_ss BO22_salinitymin_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Salinity.Min.BOv2_2.tif.zip
2998 Bio-ORACLE BO22_RCP45_2100_salinityrange_bdmax BO22_salinityrange_bdmax AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
2999 Bio-ORACLE BO22_RCP45_2100_salinityrange_bdmean BO22_salinityrange_bdmean AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Mean.Depth.Salinity.Mean.BOv2_2.tif.zip
3000 Bio-ORACLE BO22_RCP45_2100_salinityrange_bdmin BO22_salinityrange_bdmin AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
3001 Bio-ORACLE BO22_RCP45_2100_salinityrange_ss BO22_salinityrange_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Salinity.Range.BOv2_2.tif.zip
3002 Bio-ORACLE BO22_RCP45_2100_templtmax_bdmax BO22_templtmax_bdmax AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Max.Depth.Temperature.Lt.max.BOv2_2.tif.zip
3003 Bio-ORACLE BO22_RCP45_2100_templtmax_bdmean BO22_templtmax_bdmean AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Mean.Depth.Temperature.Lt.max.BOv2_2.tif.zip
3004 Bio-ORACLE BO22_RCP45_2100_templtmax_bdmin BO22_templtmax_bdmin AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Min.Depth.Temperature.Lt.max.BOv2_2.tif.zip
3005 Bio-ORACLE BO22_RCP45_2100_templtmax_ss BO22_templtmax_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Temperature.Lt.max.BOv2_2.tif.zip
3006 Bio-ORACLE BO22_RCP45_2100_templtmin_bdmax BO22_templtmin_bdmax AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Max.Depth.Temperature.Lt.max.BOv2_2.tif.zip
3007 Bio-ORACLE BO22_RCP45_2100_templtmin_bdmean BO22_templtmin_bdmean AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Mean.Depth.Temperature.Lt.min.BOv2_2.tif.zip
3008 Bio-ORACLE BO22_RCP45_2100_templtmin_bdmin BO22_templtmin_bdmin AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Min.Depth.Temperature.Lt.min.BOv2_2.tif.zip
3009 Bio-ORACLE BO22_RCP45_2100_templtmin_ss BO22_templtmin_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Temperature.Lt.min.BOv2_2.tif.zip
3010 Bio-ORACLE BO22_RCP45_2100_tempmax_bdmax BO22_tempmax_bdmax AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
3011 Bio-ORACLE BO22_RCP45_2100_tempmax_bdmean BO22_tempmax_bdmean AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Mean.Depth.Temperature.Max.BOv2_2.tif.zip
3012 Bio-ORACLE BO22_RCP45_2100_tempmax_bdmin BO22_tempmax_bdmin AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Min.Depth.Temperature.Max.BOv2_2.tif.zip
3013 Bio-ORACLE BO22_RCP45_2100_tempmax_ss BO22_tempmax_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Temperature.Max.BOv2_2.tif.zip
3014 Bio-ORACLE BO22_RCP45_2100_tempmean_bdmax BO22_tempmean_bdmax AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
3015 Bio-ORACLE BO22_RCP45_2100_tempmean_bdmean BO22_tempmean_bdmean AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Mean.Depth.Temperature.Mean.BOv2_2.tif.zip
3016 Bio-ORACLE BO22_RCP45_2100_tempmean_bdmin BO22_tempmean_bdmin AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
3017 Bio-ORACLE BO22_RCP45_2100_tempmean_ss BO22_tempmean_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Temperature.Mean.BOv2_2.tif.zip
3018 Bio-ORACLE BO22_RCP45_2100_tempmin_bdmax BO22_tempmin_bdmax AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
3019 Bio-ORACLE BO22_RCP45_2100_tempmin_bdmean BO22_tempmin_bdmean AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Mean.Depth.Temperature.Min.BOv2_2.tif.zip
3020 Bio-ORACLE BO22_RCP45_2100_tempmin_bdmin BO22_tempmin_bdmin AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
3021 Bio-ORACLE BO22_RCP45_2100_tempmin_ss BO22_tempmin_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Temperature.Min.BOv2_2.tif.zip
3022 Bio-ORACLE BO22_RCP45_2100_temprange_bdmax BO22_temprange_bdmax AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
3023 Bio-ORACLE BO22_RCP45_2100_temprange_bdmean BO22_temprange_bdmean AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Mean.Depth.Temperature.Mean.BOv2_2.tif.zip
3024 Bio-ORACLE BO22_RCP45_2100_temprange_bdmin BO22_temprange_bdmin AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
3025 Bio-ORACLE BO22_RCP45_2100_temprange_ss BO22_temprange_ss AOGCM RCP45 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP45.Surface.Temperature.Range.BOv2_2.tif.zip
3026 Bio-ORACLE BO22_RCP60_2050_chloltmax_ss BO22_chloltmax_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Chlorophyll.Lt.max.BOv2_2.tif.zip
3027 Bio-ORACLE BO22_RCP60_2050_chloltmin_ss BO22_chloltmin_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Chlorophyll.Lt.min.BOv2_2.tif.zip
3028 Bio-ORACLE BO22_RCP60_2050_chlomax_ss BO22_chlomax_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Chlorophyll.Max.BOv2_2.tif.zip
3029 Bio-ORACLE BO22_RCP60_2050_chlomean_ss BO22_chlomean_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Chlorophyll.Mean.BOv2_2.tif.zip
3030 Bio-ORACLE BO22_RCP60_2050_chlomin_ss BO22_chlomin_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Chlorophyll.Min.BOv2_2.tif.zip
3031 Bio-ORACLE BO22_RCP60_2050_chlorange_ss BO22_chlorange_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Chlorophyll.Range.BOv2_2.tif.zip
3032 Bio-ORACLE BO22_RCP60_2050_curvelltmax_bdmax BO22_curvelltmax_bdmax AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Max.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
3033 Bio-ORACLE BO22_RCP60_2050_curvelltmax_bdmean BO22_curvelltmax_bdmean AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Mean.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
3034 Bio-ORACLE BO22_RCP60_2050_curvelltmax_bdmin BO22_curvelltmax_bdmin AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Min.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
3035 Bio-ORACLE BO22_RCP60_2050_curvelltmax_ss BO22_curvelltmax_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Current.Velocity.Lt.max.BOv2_2.tif.zip
3036 Bio-ORACLE BO22_RCP60_2050_curvelltmin_bdmax BO22_curvelltmin_bdmax AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Max.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
3037 Bio-ORACLE BO22_RCP60_2050_curvelltmin_bdmean BO22_curvelltmin_bdmean AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Mean.Depth.Current.Velocity.Lt.min.BOv2_2.tif.zip
3038 Bio-ORACLE BO22_RCP60_2050_curvelltmin_bdmin BO22_curvelltmin_bdmin AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Min.Depth.Current.Velocity.Lt.min.BOv2_2.tif.zip
3039 Bio-ORACLE BO22_RCP60_2050_curvelltmin_ss BO22_curvelltmin_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Current.Velocity.Lt.min.BOv2_2.tif.zip
3040 Bio-ORACLE BO22_RCP60_2050_curvelmax_bdmax BO22_curvelmax_bdmax AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3041 Bio-ORACLE BO22_RCP60_2050_curvelmax_bdmean BO22_curvelmax_bdmean AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Mean.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3042 Bio-ORACLE BO22_RCP60_2050_curvelmax_bdmin BO22_curvelmax_bdmin AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Min.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3043 Bio-ORACLE BO22_RCP60_2050_curvelmax_ss BO22_curvelmax_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Current.Velocity.Max.BOv2_2.tif.zip
3044 Bio-ORACLE BO22_RCP60_2050_curvelmean_bdmax BO22_curvelmean_bdmax AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3045 Bio-ORACLE BO22_RCP60_2050_curvelmean_bdmean BO22_curvelmean_bdmean AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Mean.Depth.Current.Velocity.Mean.BOv2_2.tif.zip
3046 Bio-ORACLE BO22_RCP60_2050_curvelmean_bdmin BO22_curvelmean_bdmin AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
3047 Bio-ORACLE BO22_RCP60_2050_curvelmean_ss BO22_curvelmean_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Current.Velocity.Mean.BOv2_2.tif.zip
3048 Bio-ORACLE BO22_RCP60_2050_curvelmin_bdmax BO22_curvelmin_bdmax AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3049 Bio-ORACLE BO22_RCP60_2050_curvelmin_bdmean BO22_curvelmin_bdmean AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Mean.Depth.Current.Velocity.Min.BOv2_2.tif.zip
3050 Bio-ORACLE BO22_RCP60_2050_curvelmin_bdmin BO22_curvelmin_bdmin AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
3051 Bio-ORACLE BO22_RCP60_2050_curvelmin_ss BO22_curvelmin_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Current.Velocity.Min.BOv2_2.tif.zip
3052 Bio-ORACLE BO22_RCP60_2050_curvelrange_bdmax BO22_curvelrange_bdmax AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3053 Bio-ORACLE BO22_RCP60_2050_curvelrange_bdmean BO22_curvelrange_bdmean AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Mean.Depth.Current.Velocity.Mean.BOv2_2.tif.zip
3054 Bio-ORACLE BO22_RCP60_2050_curvelrange_bdmin BO22_curvelrange_bdmin AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
3055 Bio-ORACLE BO22_RCP60_2050_curvelrange_ss BO22_curvelrange_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Current.Velocity.Range.BOv2_2.tif.zip
3056 Bio-ORACLE BO22_RCP60_2050_icethickltmax_ss BO22_icethickltmax_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Ice.thickness.Lt.max.BOv2_2.tif.zip
3057 Bio-ORACLE BO22_RCP60_2050_icethickltmin_ss BO22_icethickltmin_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Ice.thickness.Lt.min.BOv2_2.tif.zip
3058 Bio-ORACLE BO22_RCP60_2050_icethickmax_ss BO22_icethickmax_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Ice.thickness.Max.BOv2_2.tif.zip
3059 Bio-ORACLE BO22_RCP60_2050_icethickmean_ss BO22_icethickmean_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Ice.thickness.Mean.BOv2_2.tif.zip
3060 Bio-ORACLE BO22_RCP60_2050_icethickmin_ss BO22_icethickmin_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Ice.thickness.Min.BOv2_2.tif.zip
3061 Bio-ORACLE BO22_RCP60_2050_icethickrange_ss BO22_icethickrange_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Ice.thickness.Range.BOv2_2.tif.zip
3062 Bio-ORACLE BO22_RCP60_2050_salinityltmax_bdmax BO22_salinityltmax_bdmax AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Max.Depth.Salinity.Lt.max.BOv2_2.tif.zip
3063 Bio-ORACLE BO22_RCP60_2050_salinityltmax_bdmean BO22_salinityltmax_bdmean AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Mean.Depth.Salinity.Lt.max.BOv2_2.tif.zip
3064 Bio-ORACLE BO22_RCP60_2050_salinityltmax_bdmin BO22_salinityltmax_bdmin AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Min.Depth.Salinity.Lt.max.BOv2_2.tif.zip
3065 Bio-ORACLE BO22_RCP60_2050_salinityltmax_ss BO22_salinityltmax_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Salinity.Lt.max.BOv2_2.tif.zip
3066 Bio-ORACLE BO22_RCP60_2050_salinityltmin_bdmax BO22_salinityltmin_bdmax AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Max.Depth.Salinity.Lt.max.BOv2_2.tif.zip
3067 Bio-ORACLE BO22_RCP60_2050_salinityltmin_bdmean BO22_salinityltmin_bdmean AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Mean.Depth.Salinity.Lt.min.BOv2_2.tif.zip
3068 Bio-ORACLE BO22_RCP60_2050_salinityltmin_bdmin BO22_salinityltmin_bdmin AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Min.Depth.Salinity.Lt.min.BOv2_2.tif.zip
3069 Bio-ORACLE BO22_RCP60_2050_salinityltmin_ss BO22_salinityltmin_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Salinity.Lt.min.BOv2_2.tif.zip
3070 Bio-ORACLE BO22_RCP60_2050_salinitymax_bdmax BO22_salinitymax_bdmax AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
3071 Bio-ORACLE BO22_RCP60_2050_salinitymax_bdmean BO22_salinitymax_bdmean AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Mean.Depth.Salinity.Max.BOv2_2.tif.zip
3072 Bio-ORACLE BO22_RCP60_2050_salinitymax_bdmin BO22_salinitymax_bdmin AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Min.Depth.Salinity.Max.BOv2_2.tif.zip
3073 Bio-ORACLE BO22_RCP60_2050_salinitymax_ss BO22_salinitymax_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Salinity.Max.BOv2_2.tif.zip
3074 Bio-ORACLE BO22_RCP60_2050_salinitymean_bdmax BO22_salinitymean_bdmax AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
3075 Bio-ORACLE BO22_RCP60_2050_salinitymean_bdmean BO22_salinitymean_bdmean AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Mean.Depth.Salinity.Mean.BOv2_2.tif.zip
3076 Bio-ORACLE BO22_RCP60_2050_salinitymean_bdmin BO22_salinitymean_bdmin AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
3077 Bio-ORACLE BO22_RCP60_2050_salinitymean_ss BO22_salinitymean_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Salinity.Mean.BOv2_2.tif.zip
3078 Bio-ORACLE BO22_RCP60_2050_salinitymin_bdmax BO22_salinitymin_bdmax AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
3079 Bio-ORACLE BO22_RCP60_2050_salinitymin_bdmean BO22_salinitymin_bdmean AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Mean.Depth.Salinity.Min.BOv2_2.tif.zip
3080 Bio-ORACLE BO22_RCP60_2050_salinitymin_bdmin BO22_salinitymin_bdmin AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
3081 Bio-ORACLE BO22_RCP60_2050_salinitymin_ss BO22_salinitymin_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Salinity.Min.BOv2_2.tif.zip
3082 Bio-ORACLE BO22_RCP60_2050_salinityrange_bdmax BO22_salinityrange_bdmax AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
3083 Bio-ORACLE BO22_RCP60_2050_salinityrange_bdmean BO22_salinityrange_bdmean AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Mean.Depth.Salinity.Mean.BOv2_2.tif.zip
3084 Bio-ORACLE BO22_RCP60_2050_salinityrange_bdmin BO22_salinityrange_bdmin AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
3085 Bio-ORACLE BO22_RCP60_2050_salinityrange_ss BO22_salinityrange_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Salinity.Range.BOv2_2.tif.zip
3086 Bio-ORACLE BO22_RCP60_2050_templtmax_bdmax BO22_templtmax_bdmax AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Max.Depth.Temperature.Lt.max.BOv2_2.tif.zip
3087 Bio-ORACLE BO22_RCP60_2050_templtmax_bdmean BO22_templtmax_bdmean AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Mean.Depth.Temperature.Lt.max.BOv2_2.tif.zip
3088 Bio-ORACLE BO22_RCP60_2050_templtmax_bdmin BO22_templtmax_bdmin AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Min.Depth.Temperature.Lt.max.BOv2_2.tif.zip
3089 Bio-ORACLE BO22_RCP60_2050_templtmax_ss BO22_templtmax_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Temperature.Lt.max.BOv2_2.tif.zip
3090 Bio-ORACLE BO22_RCP60_2050_templtmin_bdmax BO22_templtmin_bdmax AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Max.Depth.Temperature.Lt.max.BOv2_2.tif.zip
3091 Bio-ORACLE BO22_RCP60_2050_templtmin_bdmean BO22_templtmin_bdmean AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Mean.Depth.Temperature.Lt.min.BOv2_2.tif.zip
3092 Bio-ORACLE BO22_RCP60_2050_templtmin_bdmin BO22_templtmin_bdmin AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Min.Depth.Temperature.Lt.min.BOv2_2.tif.zip
3093 Bio-ORACLE BO22_RCP60_2050_templtmin_ss BO22_templtmin_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Temperature.Lt.min.BOv2_2.tif.zip
3094 Bio-ORACLE BO22_RCP60_2050_tempmax_bdmax BO22_tempmax_bdmax AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
3095 Bio-ORACLE BO22_RCP60_2050_tempmax_bdmean BO22_tempmax_bdmean AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Mean.Depth.Temperature.Max.BOv2_2.tif.zip
3096 Bio-ORACLE BO22_RCP60_2050_tempmax_bdmin BO22_tempmax_bdmin AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Min.Depth.Temperature.Max.BOv2_2.tif.zip
3097 Bio-ORACLE BO22_RCP60_2050_tempmax_ss BO22_tempmax_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Temperature.Max.BOv2_2.tif.zip
3098 Bio-ORACLE BO22_RCP60_2050_tempmean_bdmax BO22_tempmean_bdmax AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
3099 Bio-ORACLE BO22_RCP60_2050_tempmean_bdmean BO22_tempmean_bdmean AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Mean.Depth.Temperature.Mean.BOv2_2.tif.zip
3100 Bio-ORACLE BO22_RCP60_2050_tempmean_bdmin BO22_tempmean_bdmin AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
3101 Bio-ORACLE BO22_RCP60_2050_tempmean_ss BO22_tempmean_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Temperature.Mean.BOv2_2.tif.zip
3102 Bio-ORACLE BO22_RCP60_2050_tempmin_bdmax BO22_tempmin_bdmax AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
3103 Bio-ORACLE BO22_RCP60_2050_tempmin_bdmean BO22_tempmin_bdmean AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Mean.Depth.Temperature.Min.BOv2_2.tif.zip
3104 Bio-ORACLE BO22_RCP60_2050_tempmin_bdmin BO22_tempmin_bdmin AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
3105 Bio-ORACLE BO22_RCP60_2050_tempmin_ss BO22_tempmin_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Temperature.Min.BOv2_2.tif.zip
3106 Bio-ORACLE BO22_RCP60_2050_temprange_bdmax BO22_temprange_bdmax AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
3107 Bio-ORACLE BO22_RCP60_2050_temprange_bdmean BO22_temprange_bdmean AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Mean.Depth.Temperature.Mean.BOv2_2.tif.zip
3108 Bio-ORACLE BO22_RCP60_2050_temprange_bdmin BO22_temprange_bdmin AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
3109 Bio-ORACLE BO22_RCP60_2050_temprange_ss BO22_temprange_ss AOGCM RCP60 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP60.Surface.Temperature.Range.BOv2_2.tif.zip
3110 Bio-ORACLE BO22_RCP60_2100_chloltmax_ss BO22_chloltmax_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Chlorophyll.Lt.max.BOv2_2.tif.zip
3111 Bio-ORACLE BO22_RCP60_2100_chloltmin_ss BO22_chloltmin_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Chlorophyll.Lt.min.BOv2_2.tif.zip
3112 Bio-ORACLE BO22_RCP60_2100_chlomax_ss BO22_chlomax_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Chlorophyll.Max.BOv2_2.tif.zip
3113 Bio-ORACLE BO22_RCP60_2100_chlomean_ss BO22_chlomean_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Chlorophyll.Mean.BOv2_2.tif.zip
3114 Bio-ORACLE BO22_RCP60_2100_chlomin_ss BO22_chlomin_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Chlorophyll.Min.BOv2_2.tif.zip
3115 Bio-ORACLE BO22_RCP60_2100_chlorange_ss BO22_chlorange_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Chlorophyll.Range.BOv2_2.tif.zip
3116 Bio-ORACLE BO22_RCP60_2100_curvelltmax_bdmax BO22_curvelltmax_bdmax AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Max.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
3117 Bio-ORACLE BO22_RCP60_2100_curvelltmax_bdmean BO22_curvelltmax_bdmean AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Mean.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
3118 Bio-ORACLE BO22_RCP60_2100_curvelltmax_bdmin BO22_curvelltmax_bdmin AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Min.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
3119 Bio-ORACLE BO22_RCP60_2100_curvelltmax_ss BO22_curvelltmax_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Current.Velocity.Lt.max.BOv2_2.tif.zip
3120 Bio-ORACLE BO22_RCP60_2100_curvelltmin_bdmax BO22_curvelltmin_bdmax AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Max.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
3121 Bio-ORACLE BO22_RCP60_2100_curvelltmin_bdmean BO22_curvelltmin_bdmean AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Mean.Depth.Current.Velocity.Lt.min.BOv2_2.tif.zip
3122 Bio-ORACLE BO22_RCP60_2100_curvelltmin_bdmin BO22_curvelltmin_bdmin AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Min.Depth.Current.Velocity.Lt.min.BOv2_2.tif.zip
3123 Bio-ORACLE BO22_RCP60_2100_curvelltmin_ss BO22_curvelltmin_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Current.Velocity.Lt.min.BOv2_2.tif.zip
3124 Bio-ORACLE BO22_RCP60_2100_curvelmax_bdmax BO22_curvelmax_bdmax AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3125 Bio-ORACLE BO22_RCP60_2100_curvelmax_bdmean BO22_curvelmax_bdmean AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Mean.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3126 Bio-ORACLE BO22_RCP60_2100_curvelmax_bdmin BO22_curvelmax_bdmin AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Min.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3127 Bio-ORACLE BO22_RCP60_2100_curvelmax_ss BO22_curvelmax_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Current.Velocity.Max.BOv2_2.tif.zip
3128 Bio-ORACLE BO22_RCP60_2100_curvelmean_bdmax BO22_curvelmean_bdmax AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3129 Bio-ORACLE BO22_RCP60_2100_curvelmean_bdmean BO22_curvelmean_bdmean AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Mean.Depth.Current.Velocity.Mean.BOv2_2.tif.zip
3130 Bio-ORACLE BO22_RCP60_2100_curvelmean_bdmin BO22_curvelmean_bdmin AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
3131 Bio-ORACLE BO22_RCP60_2100_curvelmean_ss BO22_curvelmean_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Current.Velocity.Mean.BOv2_2.tif.zip
3132 Bio-ORACLE BO22_RCP60_2100_curvelmin_bdmax BO22_curvelmin_bdmax AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3133 Bio-ORACLE BO22_RCP60_2100_curvelmin_bdmean BO22_curvelmin_bdmean AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Mean.Depth.Current.Velocity.Min.BOv2_2.tif.zip
3134 Bio-ORACLE BO22_RCP60_2100_curvelmin_bdmin BO22_curvelmin_bdmin AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
3135 Bio-ORACLE BO22_RCP60_2100_curvelmin_ss BO22_curvelmin_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Current.Velocity.Min.BOv2_2.tif.zip
3136 Bio-ORACLE BO22_RCP60_2100_curvelrange_bdmax BO22_curvelrange_bdmax AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3137 Bio-ORACLE BO22_RCP60_2100_curvelrange_bdmean BO22_curvelrange_bdmean AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Mean.Depth.Current.Velocity.Mean.BOv2_2.tif.zip
3138 Bio-ORACLE BO22_RCP60_2100_curvelrange_bdmin BO22_curvelrange_bdmin AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
3139 Bio-ORACLE BO22_RCP60_2100_curvelrange_ss BO22_curvelrange_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Current.Velocity.Range.BOv2_2.tif.zip
3140 Bio-ORACLE BO22_RCP60_2100_icethickltmax_ss BO22_icethickltmax_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Ice.thickness.Lt.max.BOv2_2.tif.zip
3141 Bio-ORACLE BO22_RCP60_2100_icethickltmin_ss BO22_icethickltmin_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Ice.thickness.Lt.min.BOv2_2.tif.zip
3142 Bio-ORACLE BO22_RCP60_2100_icethickmax_ss BO22_icethickmax_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Ice.thickness.Max.BOv2_2.tif.zip
3143 Bio-ORACLE BO22_RCP60_2100_icethickmean_ss BO22_icethickmean_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Ice.thickness.Mean.BOv2_2.tif.zip
3144 Bio-ORACLE BO22_RCP60_2100_icethickmin_ss BO22_icethickmin_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Ice.thickness.Min.BOv2_2.tif.zip
3145 Bio-ORACLE BO22_RCP60_2100_icethickrange_ss BO22_icethickrange_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Ice.thickness.Range.BOv2_2.tif.zip
3146 Bio-ORACLE BO22_RCP60_2100_salinityltmax_bdmax BO22_salinityltmax_bdmax AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Max.Depth.Salinity.Lt.max.BOv2_2.tif.zip
3147 Bio-ORACLE BO22_RCP60_2100_salinityltmax_bdmean BO22_salinityltmax_bdmean AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Mean.Depth.Salinity.Lt.max.BOv2_2.tif.zip
3148 Bio-ORACLE BO22_RCP60_2100_salinityltmax_bdmin BO22_salinityltmax_bdmin AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Min.Depth.Salinity.Lt.max.BOv2_2.tif.zip
3149 Bio-ORACLE BO22_RCP60_2100_salinityltmax_ss BO22_salinityltmax_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Salinity.Lt.max.BOv2_2.tif.zip
3150 Bio-ORACLE BO22_RCP60_2100_salinityltmin_bdmax BO22_salinityltmin_bdmax AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Max.Depth.Salinity.Lt.max.BOv2_2.tif.zip
3151 Bio-ORACLE BO22_RCP60_2100_salinityltmin_bdmean BO22_salinityltmin_bdmean AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Mean.Depth.Salinity.Lt.min.BOv2_2.tif.zip
3152 Bio-ORACLE BO22_RCP60_2100_salinityltmin_bdmin BO22_salinityltmin_bdmin AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Min.Depth.Salinity.Lt.min.BOv2_2.tif.zip
3153 Bio-ORACLE BO22_RCP60_2100_salinityltmin_ss BO22_salinityltmin_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Salinity.Lt.min.BOv2_2.tif.zip
3154 Bio-ORACLE BO22_RCP60_2100_salinitymax_bdmax BO22_salinitymax_bdmax AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
3155 Bio-ORACLE BO22_RCP60_2100_salinitymax_bdmean BO22_salinitymax_bdmean AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Mean.Depth.Salinity.Max.BOv2_2.tif.zip
3156 Bio-ORACLE BO22_RCP60_2100_salinitymax_bdmin BO22_salinitymax_bdmin AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Min.Depth.Salinity.Max.BOv2_2.tif.zip
3157 Bio-ORACLE BO22_RCP60_2100_salinitymax_ss BO22_salinitymax_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Salinity.Max.BOv2_2.tif.zip
3158 Bio-ORACLE BO22_RCP60_2100_salinitymean_bdmax BO22_salinitymean_bdmax AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
3159 Bio-ORACLE BO22_RCP60_2100_salinitymean_bdmean BO22_salinitymean_bdmean AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Mean.Depth.Salinity.Mean.BOv2_2.tif.zip
3160 Bio-ORACLE BO22_RCP60_2100_salinitymean_bdmin BO22_salinitymean_bdmin AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
3161 Bio-ORACLE BO22_RCP60_2100_salinitymean_ss BO22_salinitymean_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Salinity.Mean.BOv2_2.tif.zip
3162 Bio-ORACLE BO22_RCP60_2100_salinitymin_bdmax BO22_salinitymin_bdmax AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
3163 Bio-ORACLE BO22_RCP60_2100_salinitymin_bdmean BO22_salinitymin_bdmean AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Mean.Depth.Salinity.Min.BOv2_2.tif.zip
3164 Bio-ORACLE BO22_RCP60_2100_salinitymin_bdmin BO22_salinitymin_bdmin AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
3165 Bio-ORACLE BO22_RCP60_2100_salinitymin_ss BO22_salinitymin_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Salinity.Min.BOv2_2.tif.zip
3166 Bio-ORACLE BO22_RCP60_2100_salinityrange_bdmax BO22_salinityrange_bdmax AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
3167 Bio-ORACLE BO22_RCP60_2100_salinityrange_bdmean BO22_salinityrange_bdmean AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Mean.Depth.Salinity.Mean.BOv2_2.tif.zip
3168 Bio-ORACLE BO22_RCP60_2100_salinityrange_bdmin BO22_salinityrange_bdmin AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
3169 Bio-ORACLE BO22_RCP60_2100_salinityrange_ss BO22_salinityrange_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Salinity.Range.BOv2_2.tif.zip
3170 Bio-ORACLE BO22_RCP60_2100_templtmax_bdmax BO22_templtmax_bdmax AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Max.Depth.Temperature.Lt.max.BOv2_2.tif.zip
3171 Bio-ORACLE BO22_RCP60_2100_templtmax_bdmean BO22_templtmax_bdmean AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Mean.Depth.Temperature.Lt.max.BOv2_2.tif.zip
3172 Bio-ORACLE BO22_RCP60_2100_templtmax_bdmin BO22_templtmax_bdmin AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Min.Depth.Temperature.Lt.max.BOv2_2.tif.zip
3173 Bio-ORACLE BO22_RCP60_2100_templtmax_ss BO22_templtmax_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Temperature.Lt.max.BOv2_2.tif.zip
3174 Bio-ORACLE BO22_RCP60_2100_templtmin_bdmax BO22_templtmin_bdmax AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Max.Depth.Temperature.Lt.max.BOv2_2.tif.zip
3175 Bio-ORACLE BO22_RCP60_2100_templtmin_bdmean BO22_templtmin_bdmean AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Mean.Depth.Temperature.Lt.min.BOv2_2.tif.zip
3176 Bio-ORACLE BO22_RCP60_2100_templtmin_bdmin BO22_templtmin_bdmin AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Min.Depth.Temperature.Lt.min.BOv2_2.tif.zip
3177 Bio-ORACLE BO22_RCP60_2100_templtmin_ss BO22_templtmin_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Temperature.Lt.min.BOv2_2.tif.zip
3178 Bio-ORACLE BO22_RCP60_2100_tempmax_bdmax BO22_tempmax_bdmax AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
3179 Bio-ORACLE BO22_RCP60_2100_tempmax_bdmean BO22_tempmax_bdmean AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Mean.Depth.Temperature.Max.BOv2_2.tif.zip
3180 Bio-ORACLE BO22_RCP60_2100_tempmax_bdmin BO22_tempmax_bdmin AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Min.Depth.Temperature.Max.BOv2_2.tif.zip
3181 Bio-ORACLE BO22_RCP60_2100_tempmax_ss BO22_tempmax_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Temperature.Max.BOv2_2.tif.zip
3182 Bio-ORACLE BO22_RCP60_2100_tempmean_bdmax BO22_tempmean_bdmax AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
3183 Bio-ORACLE BO22_RCP60_2100_tempmean_bdmean BO22_tempmean_bdmean AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Mean.Depth.Temperature.Mean.BOv2_2.tif.zip
3184 Bio-ORACLE BO22_RCP60_2100_tempmean_bdmin BO22_tempmean_bdmin AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
3185 Bio-ORACLE BO22_RCP60_2100_tempmean_ss BO22_tempmean_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Temperature.Mean.BOv2_2.tif.zip
3186 Bio-ORACLE BO22_RCP60_2100_tempmin_bdmax BO22_tempmin_bdmax AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
3187 Bio-ORACLE BO22_RCP60_2100_tempmin_bdmean BO22_tempmin_bdmean AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Mean.Depth.Temperature.Min.BOv2_2.tif.zip
3188 Bio-ORACLE BO22_RCP60_2100_tempmin_bdmin BO22_tempmin_bdmin AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
3189 Bio-ORACLE BO22_RCP60_2100_tempmin_ss BO22_tempmin_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Temperature.Min.BOv2_2.tif.zip
3190 Bio-ORACLE BO22_RCP60_2100_temprange_bdmax BO22_temprange_bdmax AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
3191 Bio-ORACLE BO22_RCP60_2100_temprange_bdmean BO22_temprange_bdmean AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Mean.Depth.Temperature.Mean.BOv2_2.tif.zip
3192 Bio-ORACLE BO22_RCP60_2100_temprange_bdmin BO22_temprange_bdmin AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
3193 Bio-ORACLE BO22_RCP60_2100_temprange_ss BO22_temprange_ss AOGCM RCP60 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP60.Surface.Temperature.Range.BOv2_2.tif.zip
3194 Bio-ORACLE BO22_RCP85_2050_chloltmax_ss BO22_chloltmax_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Chlorophyll.Lt.max.BOv2_2.tif.zip
3195 Bio-ORACLE BO22_RCP85_2050_chloltmin_ss BO22_chloltmin_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Chlorophyll.Lt.min.BOv2_2.tif.zip
3196 Bio-ORACLE BO22_RCP85_2050_chlomax_ss BO22_chlomax_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Chlorophyll.Max.BOv2_2.tif.zip
3197 Bio-ORACLE BO22_RCP85_2050_chlomean_ss BO22_chlomean_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Chlorophyll.Mean.BOv2_2.tif.zip
3198 Bio-ORACLE BO22_RCP85_2050_chlomin_ss BO22_chlomin_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Chlorophyll.Min.BOv2_2.tif.zip
3199 Bio-ORACLE BO22_RCP85_2050_chlorange_ss BO22_chlorange_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Chlorophyll.Range.BOv2_2.tif.zip
3200 Bio-ORACLE BO22_RCP85_2050_curvelltmax_bdmax BO22_curvelltmax_bdmax AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Max.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
3201 Bio-ORACLE BO22_RCP85_2050_curvelltmax_bdmean BO22_curvelltmax_bdmean AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Mean.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
3202 Bio-ORACLE BO22_RCP85_2050_curvelltmax_bdmin BO22_curvelltmax_bdmin AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Min.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
3203 Bio-ORACLE BO22_RCP85_2050_curvelltmax_ss BO22_curvelltmax_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Current.Velocity.Lt.max.BOv2_2.tif.zip
3204 Bio-ORACLE BO22_RCP85_2050_curvelltmin_bdmax BO22_curvelltmin_bdmax AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Max.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
3205 Bio-ORACLE BO22_RCP85_2050_curvelltmin_bdmean BO22_curvelltmin_bdmean AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Mean.Depth.Current.Velocity.Lt.min.BOv2_2.tif.zip
3206 Bio-ORACLE BO22_RCP85_2050_curvelltmin_bdmin BO22_curvelltmin_bdmin AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Min.Depth.Current.Velocity.Lt.min.BOv2_2.tif.zip
3207 Bio-ORACLE BO22_RCP85_2050_curvelltmin_ss BO22_curvelltmin_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Current.Velocity.Lt.min.BOv2_2.tif.zip
3208 Bio-ORACLE BO22_RCP85_2050_curvelmax_bdmax BO22_curvelmax_bdmax AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3209 Bio-ORACLE BO22_RCP85_2050_curvelmax_bdmean BO22_curvelmax_bdmean AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Mean.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3210 Bio-ORACLE BO22_RCP85_2050_curvelmax_bdmin BO22_curvelmax_bdmin AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Min.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3211 Bio-ORACLE BO22_RCP85_2050_curvelmax_ss BO22_curvelmax_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Current.Velocity.Max.BOv2_2.tif.zip
3212 Bio-ORACLE BO22_RCP85_2050_curvelmean_bdmax BO22_curvelmean_bdmax AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3213 Bio-ORACLE BO22_RCP85_2050_curvelmean_bdmean BO22_curvelmean_bdmean AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Mean.Depth.Current.Velocity.Mean.BOv2_2.tif.zip
3214 Bio-ORACLE BO22_RCP85_2050_curvelmean_bdmin BO22_curvelmean_bdmin AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
3215 Bio-ORACLE BO22_RCP85_2050_curvelmean_ss BO22_curvelmean_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Current.Velocity.Mean.BOv2_2.tif.zip
3216 Bio-ORACLE BO22_RCP85_2050_curvelmin_bdmax BO22_curvelmin_bdmax AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3217 Bio-ORACLE BO22_RCP85_2050_curvelmin_bdmean BO22_curvelmin_bdmean AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Mean.Depth.Current.Velocity.Min.BOv2_2.tif.zip
3218 Bio-ORACLE BO22_RCP85_2050_curvelmin_bdmin BO22_curvelmin_bdmin AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
3219 Bio-ORACLE BO22_RCP85_2050_curvelmin_ss BO22_curvelmin_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Current.Velocity.Min.BOv2_2.tif.zip
3220 Bio-ORACLE BO22_RCP85_2050_curvelrange_bdmax BO22_curvelrange_bdmax AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3221 Bio-ORACLE BO22_RCP85_2050_curvelrange_bdmean BO22_curvelrange_bdmean AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Mean.Depth.Current.Velocity.Mean.BOv2_2.tif.zip
3222 Bio-ORACLE BO22_RCP85_2050_curvelrange_bdmin BO22_curvelrange_bdmin AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
3223 Bio-ORACLE BO22_RCP85_2050_curvelrange_ss BO22_curvelrange_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Current.Velocity.Range.BOv2_2.tif.zip
3224 Bio-ORACLE BO22_RCP85_2050_icethickltmax_ss BO22_icethickltmax_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Ice.thickness.Lt.max.BOv2_2.tif.zip
3225 Bio-ORACLE BO22_RCP85_2050_icethickltmin_ss BO22_icethickltmin_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Ice.thickness.Lt.min.BOv2_2.tif.zip
3226 Bio-ORACLE BO22_RCP85_2050_icethickmax_ss BO22_icethickmax_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Ice.thickness.Max.BOv2_2.tif.zip
3227 Bio-ORACLE BO22_RCP85_2050_icethickmean_ss BO22_icethickmean_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Ice.thickness.Mean.BOv2_2.tif.zip
3228 Bio-ORACLE BO22_RCP85_2050_icethickmin_ss BO22_icethickmin_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Ice.thickness.Min.BOv2_2.tif.zip
3229 Bio-ORACLE BO22_RCP85_2050_icethickrange_ss BO22_icethickrange_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Ice.thickness.Range.BOv2_2.tif.zip
3230 Bio-ORACLE BO22_RCP85_2050_salinityltmax_bdmax BO22_salinityltmax_bdmax AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Max.Depth.Salinity.Lt.max.BOv2_2.tif.zip
3231 Bio-ORACLE BO22_RCP85_2050_salinityltmax_bdmean BO22_salinityltmax_bdmean AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Mean.Depth.Salinity.Lt.max.BOv2_2.tif.zip
3232 Bio-ORACLE BO22_RCP85_2050_salinityltmax_bdmin BO22_salinityltmax_bdmin AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Min.Depth.Salinity.Lt.max.BOv2_2.tif.zip
3233 Bio-ORACLE BO22_RCP85_2050_salinityltmax_ss BO22_salinityltmax_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Salinity.Lt.max.BOv2_2.tif.zip
3234 Bio-ORACLE BO22_RCP85_2050_salinityltmin_bdmax BO22_salinityltmin_bdmax AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Max.Depth.Salinity.Lt.max.BOv2_2.tif.zip
3235 Bio-ORACLE BO22_RCP85_2050_salinityltmin_bdmean BO22_salinityltmin_bdmean AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Mean.Depth.Salinity.Lt.min.BOv2_2.tif.zip
3236 Bio-ORACLE BO22_RCP85_2050_salinityltmin_bdmin BO22_salinityltmin_bdmin AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Min.Depth.Salinity.Lt.min.BOv2_2.tif.zip
3237 Bio-ORACLE BO22_RCP85_2050_salinityltmin_ss BO22_salinityltmin_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Salinity.Lt.min.BOv2_2.tif.zip
3238 Bio-ORACLE BO22_RCP85_2050_salinitymax_bdmax BO22_salinitymax_bdmax AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
3239 Bio-ORACLE BO22_RCP85_2050_salinitymax_bdmean BO22_salinitymax_bdmean AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Mean.Depth.Salinity.Max.BOv2_2.tif.zip
3240 Bio-ORACLE BO22_RCP85_2050_salinitymax_bdmin BO22_salinitymax_bdmin AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Min.Depth.Salinity.Max.BOv2_2.tif.zip
3241 Bio-ORACLE BO22_RCP85_2050_salinitymax_ss BO22_salinitymax_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Salinity.Max.BOv2_2.tif.zip
3242 Bio-ORACLE BO22_RCP85_2050_salinitymean_bdmax BO22_salinitymean_bdmax AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
3243 Bio-ORACLE BO22_RCP85_2050_salinitymean_bdmean BO22_salinitymean_bdmean AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Mean.Depth.Salinity.Mean.BOv2_2.tif.zip
3244 Bio-ORACLE BO22_RCP85_2050_salinitymean_bdmin BO22_salinitymean_bdmin AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
3245 Bio-ORACLE BO22_RCP85_2050_salinitymean_ss BO22_salinitymean_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Salinity.Mean.BOv2_2.tif.zip
3246 Bio-ORACLE BO22_RCP85_2050_salinitymin_bdmax BO22_salinitymin_bdmax AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
3247 Bio-ORACLE BO22_RCP85_2050_salinitymin_bdmean BO22_salinitymin_bdmean AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Mean.Depth.Salinity.Min.BOv2_2.tif.zip
3248 Bio-ORACLE BO22_RCP85_2050_salinitymin_bdmin BO22_salinitymin_bdmin AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
3249 Bio-ORACLE BO22_RCP85_2050_salinitymin_ss BO22_salinitymin_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Salinity.Min.BOv2_2.tif.zip
3250 Bio-ORACLE BO22_RCP85_2050_salinityrange_bdmax BO22_salinityrange_bdmax AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
3251 Bio-ORACLE BO22_RCP85_2050_salinityrange_bdmean BO22_salinityrange_bdmean AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Mean.Depth.Salinity.Mean.BOv2_2.tif.zip
3252 Bio-ORACLE BO22_RCP85_2050_salinityrange_bdmin BO22_salinityrange_bdmin AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
3253 Bio-ORACLE BO22_RCP85_2050_salinityrange_ss BO22_salinityrange_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Salinity.Range.BOv2_2.tif.zip
3254 Bio-ORACLE BO22_RCP85_2050_templtmax_bdmax BO22_templtmax_bdmax AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Max.Depth.Temperature.Lt.max.BOv2_2.tif.zip
3255 Bio-ORACLE BO22_RCP85_2050_templtmax_bdmean BO22_templtmax_bdmean AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Mean.Depth.Temperature.Lt.max.BOv2_2.tif.zip
3256 Bio-ORACLE BO22_RCP85_2050_templtmax_bdmin BO22_templtmax_bdmin AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Min.Depth.Temperature.Lt.max.BOv2_2.tif.zip
3257 Bio-ORACLE BO22_RCP85_2050_templtmax_ss BO22_templtmax_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Temperature.Lt.max.BOv2_2.tif.zip
3258 Bio-ORACLE BO22_RCP85_2050_templtmin_bdmax BO22_templtmin_bdmax AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Max.Depth.Temperature.Lt.max.BOv2_2.tif.zip
3259 Bio-ORACLE BO22_RCP85_2050_templtmin_bdmean BO22_templtmin_bdmean AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Mean.Depth.Temperature.Lt.min.BOv2_2.tif.zip
3260 Bio-ORACLE BO22_RCP85_2050_templtmin_bdmin BO22_templtmin_bdmin AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Min.Depth.Temperature.Lt.min.BOv2_2.tif.zip
3261 Bio-ORACLE BO22_RCP85_2050_templtmin_ss BO22_templtmin_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Temperature.Lt.min.BOv2_2.tif.zip
3262 Bio-ORACLE BO22_RCP85_2050_tempmax_bdmax BO22_tempmax_bdmax AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
3263 Bio-ORACLE BO22_RCP85_2050_tempmax_bdmean BO22_tempmax_bdmean AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Mean.Depth.Temperature.Max.BOv2_2.tif.zip
3264 Bio-ORACLE BO22_RCP85_2050_tempmax_bdmin BO22_tempmax_bdmin AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Min.Depth.Temperature.Max.BOv2_2.tif.zip
3265 Bio-ORACLE BO22_RCP85_2050_tempmax_ss BO22_tempmax_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Temperature.Max.BOv2_2.tif.zip
3266 Bio-ORACLE BO22_RCP85_2050_tempmean_bdmax BO22_tempmean_bdmax AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
3267 Bio-ORACLE BO22_RCP85_2050_tempmean_bdmean BO22_tempmean_bdmean AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Mean.Depth.Temperature.Mean.BOv2_2.tif.zip
3268 Bio-ORACLE BO22_RCP85_2050_tempmean_bdmin BO22_tempmean_bdmin AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
3269 Bio-ORACLE BO22_RCP85_2050_tempmean_ss BO22_tempmean_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Temperature.Mean.BOv2_2.tif.zip
3270 Bio-ORACLE BO22_RCP85_2050_tempmin_bdmax BO22_tempmin_bdmax AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
3271 Bio-ORACLE BO22_RCP85_2050_tempmin_bdmean BO22_tempmin_bdmean AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Mean.Depth.Temperature.Min.BOv2_2.tif.zip
3272 Bio-ORACLE BO22_RCP85_2050_tempmin_bdmin BO22_tempmin_bdmin AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
3273 Bio-ORACLE BO22_RCP85_2050_tempmin_ss BO22_tempmin_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Temperature.Min.BOv2_2.tif.zip
3274 Bio-ORACLE BO22_RCP85_2050_temprange_bdmax BO22_temprange_bdmax AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
3275 Bio-ORACLE BO22_RCP85_2050_temprange_bdmean BO22_temprange_bdmean AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Mean.Depth.Temperature.Mean.BOv2_2.tif.zip
3276 Bio-ORACLE BO22_RCP85_2050_temprange_bdmin BO22_temprange_bdmin AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
3277 Bio-ORACLE BO22_RCP85_2050_temprange_ss BO22_temprange_ss AOGCM RCP85 2050 2.2 https://bio-oracle.org/data/2.2/2050AOGCM.RCP85.Surface.Temperature.Range.BOv2_2.tif.zip
3278 Bio-ORACLE BO22_RCP85_2100_chloltmax_ss BO22_chloltmax_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Chlorophyll.Lt.max.BOv2_2.tif.zip
3279 Bio-ORACLE BO22_RCP85_2100_chloltmin_ss BO22_chloltmin_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Chlorophyll.Lt.min.BOv2_2.tif.zip
3280 Bio-ORACLE BO22_RCP85_2100_chlomax_ss BO22_chlomax_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Chlorophyll.Max.BOv2_2.tif.zip
3281 Bio-ORACLE BO22_RCP85_2100_chlomean_ss BO22_chlomean_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Chlorophyll.Mean.BOv2_2.tif.zip
3282 Bio-ORACLE BO22_RCP85_2100_chlomin_ss BO22_chlomin_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Chlorophyll.Min.BOv2_2.tif.zip
3283 Bio-ORACLE BO22_RCP85_2100_chlorange_ss BO22_chlorange_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Chlorophyll.Range.BOv2_2.tif.zip
3284 Bio-ORACLE BO22_RCP85_2100_curvelltmax_bdmax BO22_curvelltmax_bdmax AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Max.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
3285 Bio-ORACLE BO22_RCP85_2100_curvelltmax_bdmean BO22_curvelltmax_bdmean AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Mean.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
3286 Bio-ORACLE BO22_RCP85_2100_curvelltmax_bdmin BO22_curvelltmax_bdmin AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Min.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
3287 Bio-ORACLE BO22_RCP85_2100_curvelltmax_ss BO22_curvelltmax_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Current.Velocity.Lt.max.BOv2_2.tif.zip
3288 Bio-ORACLE BO22_RCP85_2100_curvelltmin_bdmax BO22_curvelltmin_bdmax AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Max.Depth.Current.Velocity.Lt.max.BOv2_2.tif.zip
3289 Bio-ORACLE BO22_RCP85_2100_curvelltmin_bdmean BO22_curvelltmin_bdmean AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Mean.Depth.Current.Velocity.Lt.min.BOv2_2.tif.zip
3290 Bio-ORACLE BO22_RCP85_2100_curvelltmin_bdmin BO22_curvelltmin_bdmin AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Min.Depth.Current.Velocity.Lt.min.BOv2_2.tif.zip
3291 Bio-ORACLE BO22_RCP85_2100_curvelltmin_ss BO22_curvelltmin_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Current.Velocity.Lt.min.BOv2_2.tif.zip
3292 Bio-ORACLE BO22_RCP85_2100_curvelmax_bdmax BO22_curvelmax_bdmax AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3293 Bio-ORACLE BO22_RCP85_2100_curvelmax_bdmean BO22_curvelmax_bdmean AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Mean.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3294 Bio-ORACLE BO22_RCP85_2100_curvelmax_bdmin BO22_curvelmax_bdmin AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Min.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3295 Bio-ORACLE BO22_RCP85_2100_curvelmax_ss BO22_curvelmax_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Current.Velocity.Max.BOv2_2.tif.zip
3296 Bio-ORACLE BO22_RCP85_2100_curvelmean_bdmax BO22_curvelmean_bdmax AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3297 Bio-ORACLE BO22_RCP85_2100_curvelmean_bdmean BO22_curvelmean_bdmean AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Mean.Depth.Current.Velocity.Mean.BOv2_2.tif.zip
3298 Bio-ORACLE BO22_RCP85_2100_curvelmean_bdmin BO22_curvelmean_bdmin AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
3299 Bio-ORACLE BO22_RCP85_2100_curvelmean_ss BO22_curvelmean_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Current.Velocity.Mean.BOv2_2.tif.zip
3300 Bio-ORACLE BO22_RCP85_2100_curvelmin_bdmax BO22_curvelmin_bdmax AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3301 Bio-ORACLE BO22_RCP85_2100_curvelmin_bdmean BO22_curvelmin_bdmean AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Mean.Depth.Current.Velocity.Min.BOv2_2.tif.zip
3302 Bio-ORACLE BO22_RCP85_2100_curvelmin_bdmin BO22_curvelmin_bdmin AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
3303 Bio-ORACLE BO22_RCP85_2100_curvelmin_ss BO22_curvelmin_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Current.Velocity.Min.BOv2_2.tif.zip
3304 Bio-ORACLE BO22_RCP85_2100_curvelrange_bdmax BO22_curvelrange_bdmax AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Max.Depth.Current.Velocity.Max.BOv2_2.tif.zip
3305 Bio-ORACLE BO22_RCP85_2100_curvelrange_bdmean BO22_curvelrange_bdmean AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Mean.Depth.Current.Velocity.Mean.BOv2_2.tif.zip
3306 Bio-ORACLE BO22_RCP85_2100_curvelrange_bdmin BO22_curvelrange_bdmin AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Min.Depth.Current.Velocity.Min.BOv2_2.tif.zip
3307 Bio-ORACLE BO22_RCP85_2100_curvelrange_ss BO22_curvelrange_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Current.Velocity.Range.BOv2_2.tif.zip
3308 Bio-ORACLE BO22_RCP85_2100_icethickltmax_ss BO22_icethickltmax_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Ice.thickness.Lt.max.BOv2_2.tif.zip
3309 Bio-ORACLE BO22_RCP85_2100_icethickltmin_ss BO22_icethickltmin_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Ice.thickness.Lt.min.BOv2_2.tif.zip
3310 Bio-ORACLE BO22_RCP85_2100_icethickmax_ss BO22_icethickmax_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Ice.thickness.Max.BOv2_2.tif.zip
3311 Bio-ORACLE BO22_RCP85_2100_icethickmean_ss BO22_icethickmean_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Ice.thickness.Mean.BOv2_2.tif.zip
3312 Bio-ORACLE BO22_RCP85_2100_icethickmin_ss BO22_icethickmin_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Ice.thickness.Min.BOv2_2.tif.zip
3313 Bio-ORACLE BO22_RCP85_2100_icethickrange_ss BO22_icethickrange_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Ice.thickness.Range.BOv2_2.tif.zip
3314 Bio-ORACLE BO22_RCP85_2100_salinityltmax_bdmax BO22_salinityltmax_bdmax AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Max.Depth.Salinity.Lt.max.BOv2_2.tif.zip
3315 Bio-ORACLE BO22_RCP85_2100_salinityltmax_bdmean BO22_salinityltmax_bdmean AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Mean.Depth.Salinity.Lt.max.BOv2_2.tif.zip
3316 Bio-ORACLE BO22_RCP85_2100_salinityltmax_bdmin BO22_salinityltmax_bdmin AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Min.Depth.Salinity.Lt.max.BOv2_2.tif.zip
3317 Bio-ORACLE BO22_RCP85_2100_salinityltmax_ss BO22_salinityltmax_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Salinity.Lt.max.BOv2_2.tif.zip
3318 Bio-ORACLE BO22_RCP85_2100_salinityltmin_bdmax BO22_salinityltmin_bdmax AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Max.Depth.Salinity.Lt.max.BOv2_2.tif.zip
3319 Bio-ORACLE BO22_RCP85_2100_salinityltmin_bdmean BO22_salinityltmin_bdmean AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Mean.Depth.Salinity.Lt.min.BOv2_2.tif.zip
3320 Bio-ORACLE BO22_RCP85_2100_salinityltmin_bdmin BO22_salinityltmin_bdmin AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Min.Depth.Salinity.Lt.min.BOv2_2.tif.zip
3321 Bio-ORACLE BO22_RCP85_2100_salinityltmin_ss BO22_salinityltmin_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Salinity.Lt.min.BOv2_2.tif.zip
3322 Bio-ORACLE BO22_RCP85_2100_salinitymax_bdmax BO22_salinitymax_bdmax AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
3323 Bio-ORACLE BO22_RCP85_2100_salinitymax_bdmean BO22_salinitymax_bdmean AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Mean.Depth.Salinity.Max.BOv2_2.tif.zip
3324 Bio-ORACLE BO22_RCP85_2100_salinitymax_bdmin BO22_salinitymax_bdmin AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Min.Depth.Salinity.Max.BOv2_2.tif.zip
3325 Bio-ORACLE BO22_RCP85_2100_salinitymax_ss BO22_salinitymax_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Salinity.Max.BOv2_2.tif.zip
3326 Bio-ORACLE BO22_RCP85_2100_salinitymean_bdmax BO22_salinitymean_bdmax AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
3327 Bio-ORACLE BO22_RCP85_2100_salinitymean_bdmean BO22_salinitymean_bdmean AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Mean.Depth.Salinity.Mean.BOv2_2.tif.zip
3328 Bio-ORACLE BO22_RCP85_2100_salinitymean_bdmin BO22_salinitymean_bdmin AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
3329 Bio-ORACLE BO22_RCP85_2100_salinitymean_ss BO22_salinitymean_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Salinity.Mean.BOv2_2.tif.zip
3330 Bio-ORACLE BO22_RCP85_2100_salinitymin_bdmax BO22_salinitymin_bdmax AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
3331 Bio-ORACLE BO22_RCP85_2100_salinitymin_bdmean BO22_salinitymin_bdmean AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Mean.Depth.Salinity.Min.BOv2_2.tif.zip
3332 Bio-ORACLE BO22_RCP85_2100_salinitymin_bdmin BO22_salinitymin_bdmin AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
3333 Bio-ORACLE BO22_RCP85_2100_salinitymin_ss BO22_salinitymin_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Salinity.Min.BOv2_2.tif.zip
3334 Bio-ORACLE BO22_RCP85_2100_salinityrange_bdmax BO22_salinityrange_bdmax AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Max.Depth.Salinity.Max.BOv2_2.tif.zip
3335 Bio-ORACLE BO22_RCP85_2100_salinityrange_bdmean BO22_salinityrange_bdmean AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Mean.Depth.Salinity.Mean.BOv2_2.tif.zip
3336 Bio-ORACLE BO22_RCP85_2100_salinityrange_bdmin BO22_salinityrange_bdmin AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Min.Depth.Salinity.Min.BOv2_2.tif.zip
3337 Bio-ORACLE BO22_RCP85_2100_salinityrange_ss BO22_salinityrange_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Salinity.Range.BOv2_2.tif.zip
3338 Bio-ORACLE BO22_RCP85_2100_templtmax_bdmax BO22_templtmax_bdmax AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Max.Depth.Temperature.Lt.max.BOv2_2.tif.zip
3339 Bio-ORACLE BO22_RCP85_2100_templtmax_bdmean BO22_templtmax_bdmean AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Mean.Depth.Temperature.Lt.max.BOv2_2.tif.zip
3340 Bio-ORACLE BO22_RCP85_2100_templtmax_bdmin BO22_templtmax_bdmin AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Min.Depth.Temperature.Lt.max.BOv2_2.tif.zip
3341 Bio-ORACLE BO22_RCP85_2100_templtmax_ss BO22_templtmax_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Temperature.Lt.max.BOv2_2.tif.zip
3342 Bio-ORACLE BO22_RCP85_2100_templtmin_bdmax BO22_templtmin_bdmax AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Max.Depth.Temperature.Lt.max.BOv2_2.tif.zip
3343 Bio-ORACLE BO22_RCP85_2100_templtmin_bdmean BO22_templtmin_bdmean AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Mean.Depth.Temperature.Lt.min.BOv2_2.tif.zip
3344 Bio-ORACLE BO22_RCP85_2100_templtmin_bdmin BO22_templtmin_bdmin AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Min.Depth.Temperature.Lt.min.BOv2_2.tif.zip
3345 Bio-ORACLE BO22_RCP85_2100_templtmin_ss BO22_templtmin_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Temperature.Lt.min.BOv2_2.tif.zip
3346 Bio-ORACLE BO22_RCP85_2100_tempmax_bdmax BO22_tempmax_bdmax AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
3347 Bio-ORACLE BO22_RCP85_2100_tempmax_bdmean BO22_tempmax_bdmean AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Mean.Depth.Temperature.Max.BOv2_2.tif.zip
3348 Bio-ORACLE BO22_RCP85_2100_tempmax_bdmin BO22_tempmax_bdmin AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Min.Depth.Temperature.Max.BOv2_2.tif.zip
3349 Bio-ORACLE BO22_RCP85_2100_tempmax_ss BO22_tempmax_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Temperature.Max.BOv2_2.tif.zip
3350 Bio-ORACLE BO22_RCP85_2100_tempmean_bdmax BO22_tempmean_bdmax AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
3351 Bio-ORACLE BO22_RCP85_2100_tempmean_bdmean BO22_tempmean_bdmean AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Mean.Depth.Temperature.Mean.BOv2_2.tif.zip
3352 Bio-ORACLE BO22_RCP85_2100_tempmean_bdmin BO22_tempmean_bdmin AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
3353 Bio-ORACLE BO22_RCP85_2100_tempmean_ss BO22_tempmean_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Temperature.Mean.BOv2_2.tif.zip
3354 Bio-ORACLE BO22_RCP85_2100_tempmin_bdmax BO22_tempmin_bdmax AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
3355 Bio-ORACLE BO22_RCP85_2100_tempmin_bdmean BO22_tempmin_bdmean AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Mean.Depth.Temperature.Min.BOv2_2.tif.zip
3356 Bio-ORACLE BO22_RCP85_2100_tempmin_bdmin BO22_tempmin_bdmin AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
3357 Bio-ORACLE BO22_RCP85_2100_tempmin_ss BO22_tempmin_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Temperature.Min.BOv2_2.tif.zip
3358 Bio-ORACLE BO22_RCP85_2100_temprange_bdmax BO22_temprange_bdmax AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Max.Depth.Temperature.Max.BOv2_2.tif.zip
3359 Bio-ORACLE BO22_RCP85_2100_temprange_bdmean BO22_temprange_bdmean AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Mean.Depth.Temperature.Mean.BOv2_2.tif.zip
3360 Bio-ORACLE BO22_RCP85_2100_temprange_bdmin BO22_temprange_bdmin AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Benthic.Min.Depth.Temperature.Min.BOv2_2.tif.zip
3361 Bio-ORACLE BO22_RCP85_2100_temprange_ss BO22_temprange_ss AOGCM RCP85 2100 2.2 https://bio-oracle.org/data/2.2/2100AOGCM.RCP85.Surface.Temperature.Range.BOv2_2.tif.zip

Bio-Oracle

bio_oracle <- load_layers("BO22_RCP26_2050_chlomean_ss")
bio_oracle
#> class      : RasterStack 
#> dimensions : 2160, 4320, 9331200, 1  (nrow, ncol, ncell, nlayers)
#> resolution : 0.08333333, 0.08333333  (x, y)
#> extent     : -180, 180, -90, 90  (xmin, xmax, ymin, ymax)
#> crs        : +proj=longlat +datum=WGS84 +no_defs 
#> names      : BO22_RCP26_2050_chlomean_ss 
#> min values :                           0 
#> max values :                    5.296987

Bio-Oracle

raster::plot(bio_oracle)

Exercise 3

./src/exercises/03_environmental.R

# API library
library(EMODnetWFS)
library(sdmpredictors)

# Helper library
library(dplyr)
library(mapview)
library(sf)


#---------------------------------------------------------------------------------------------
# Exercise 3.1.:
#  - Get EMODnet Seabed Habitats using EMODnetWFS
#    - Start client
#    - Explore layers available
#    - Select habitats directive layers about Sandbanks and Reefs
#
#---------------------------------------------------------------------------------------------

# Check services available
emodnet_wfs()

# Start client seabed habitats and check layers available
seabed_client <- emodnet_init_wfs_client("seabed_habitats_general_datasets_and_products")

seabed_info <- emodnet_get_wfs_info(seabed_client)
View(seabed_info)

# Get layer reefs
seabed_layers <- emodnet_get_layers(
  wfs = seabed_client, 
  layers = "art17_hab_1170",
  reduce_layers = TRUE,
  crs = 4326
) %>% 
  st_cast(to = "GEOMETRYCOLLECTION") %>% 
  st_collection_extract(type = "POLYGON")

# Inspect
mapview(list(df, seabed_layers))


#---------------------------------------------------------------------------------------------
# Exercise 3.2.: 
#  - Get mean sea surface temperature from Bio-Oracle from present and future conditions using 
#    the sdmpredictors R package.
#  - Get the same data for future conditions under RCP85, for both 2050 and 2100.
#
# Hint: List all layers with `list_layers("Bio-ORACLE)` and list_layers_future("Bio-ORACLE"). Look
#       only at the latest version (2.2)
# Hint: layers are loaded by providing the layer code
#---------------------------------------------------------------------------------------------

# See all present layers available
list_layers <- list_layers("Bio-ORACLE", version = 2.2)
View(list_layers)

# Repeat for future layers
list_layers_future <- list_layers_future("Bio-ORACLE", version = 2.2)
View(list_layers_future)

# Get the codes of the layers
layer_codes <- c(
  "BO22_tempmean_ss", 
  "BO22_RCP85_2050_tempmean_ss",
  "BO22_RCP85_2100_tempmean_ss"
)

# Load the layers
layers <- load_layers(layer_codes, rasterstack = TRUE, datadir = "./data/")

# Inspect
mapview(layers)

# Inspect
mapview(list(df, layers$BO22_tempmean_ss))

15 min. Break!


Exercise 4

Spatial Join

The points will get the values from the polygon

More info: http://wiki.gis.com/wiki/index.php/Spatial_Join

Spatial Join

The points will get the values from the polygon

Spatial Join

The points will get the values from the polygon

Spatial Join

Warning: same principle but works different!

Vector data

library(sf)

st_join(df, emodnet_layer)

Raster data

library(raster)

df_as_sp <- sf::as_Spatial(df)

raster::extract(bio_oracle, df_as_sp)

Exercise 4

library(raster)
library(sf)


#---------------------------------------------------------------------------------------------
# Exercise 4.1.: 
#   - Join seabed data with the dataset
#
# Hint: use the sf package
#---------------------------------------------------------------------------------------------
test <- st_join(df1, seabed_layers)

#---------------------------------------------------------------------------------------------
# Exercise 4.2.: 
#   - Extract temperature data from Bio-Oracle layers
#
# Hint: use `raster::extract`. The geometries must be transformed into another spatial type. Try
#       with `sf::as_Spatial()`
#---------------------------------------------------------------------------------------------
df1$temperature <- extract(layers$BO22_tempmean_ss, sf::as_Spatial(df1))
df1$temperature_2050 <- extract(layers$BO22_RCP85_2050_tempmean_ss, sf::as_Spatial(df1))
df1$temperature_2100 <- extract(layers$BO22_RCP85_2100_tempmean_ss, sf::as_Spatial(df1))


#---------------------------------------------------------------------------------------------
# Bonus Exercise 4.3.: 
#   - This is the end of the workshop. Feel free to try things on this curated dataset!
#
#---------------------------------------------------------------------------------------------

Recap: Data Sources

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